The Dayingjiang-3 Hydropower Project Phases 1&2 has total installed capacity of 200 MW. The objective of the proposed project is to utilize water resources of the Daying River for electricity generation through the installation and operation of four 50 MW hydro generation units at Yingjiang County, Dehong Prefecture, Yunnan Province, P.R. China. The reservoir surface area is 0.108 km2, and the power density is 1851.9 W/m2. The proposed project is a grid-connected renewable energy project, from which the electricity generated will be sold to the Dehong Power Grid and then be fed to Yunnan Power Grid, an integral part of the China Southern Power Grid (CSPG). The proposed project activity will achieve obvious GHG emission reductions by avoiding CO2 emissions, as grid-connected fossil fuel-fired power plants are dominated in the CSPG. The annual average estimated emission reductions over the first crediting period are 569,379 tonnes of CO2e.

4×50 MW Dayingjiang- 3 Hydropower Project Phases 1&2

Grid-connected electricity generation from renewable sources

The Dayingjiang-3 Hydropower Project Phases 1&2 in Yunnan Province, China, is a renewable energy project that generates electricity by utilizing the water resources of the Daying River. Four 50 MW hydro generation units are installed and the electricity generated is sold to the Dehong Power Grid and then fed to Yunnan Power Grid. The project achieves significant GHG emission reductions by avoiding 569,379 tonnes of CO2e per year, making it a valuable addition to the China Southern Power Grid.

The project activity involves implementation and operation of a 5 MW (2 × 2.5 MW) small scale, grid connected, run-of-the-river Hydroelectric project (HEP), located on the Brahm Ganga Nallah (Tributary of River Parbati) in Kullu District of Himachal Pradesh, India. The purpose of the project is to generate clean energy in a sustainable manner, utilizing hydrological resource of the Nallah. The project consists of two 2.5 MW Horizontal axis Francis turbines. The project activity supplies electricity to the respective State Grid of India, which is highly dominated by thermal based power generating units.

Grid connected renewable electricity generation

5 MW Brahm Ganga Hydro – Electric Project At Kullu District Of Himachal Pradesh, India

This hydroelectric project in Himachal Pradesh, India generates clean energy in a sustainable manner using hydrological resources from the Brahm Ganga Nallah. The 5 MW project consists of two 2.5 MW Francis turbines and supplies electricity to the state grid dominated by thermal power generation.

The project activity under consideration has been promoted by National Enterprises, referred to as the project proponent throughout this document. The project activity involves the setting up of two numbers of WTGs of cumulative capacity of 3.3 MW (2 X 1.65 MW). The envisaged net electricity generation quantum from the project to the tune of 7938 MWh on an annual basis would be exported to the nearest grid substation of Tamil Nadu Electricity Board, a part of Southern Regional Electricity Grid of India3. The basic purpose of the initiative is to generate clean energy through renewable energy source and supply the power to the grid. The power generated by the project displaces an equivalent quantity of power generated by grid by a majority of fossil fuel combustion, thus contributing to the cause of conservation of the conventional sources of energy.

Grid-Connected Wind Electricity Generation Project In Tamil Nadu, India

This project involves setting up two wind turbines with a combined capacity of 3.3 MW to generate clean energy through a renewable source. The annual electricity generation of 7,938 MWh will be exported to the nearest grid, helping to reduce the need for fossil fuel combustion and promote energy conservation. National Enterprises is the project proponent.

The project activity consists of the construction of small hydro project, the total installed capacity being 4.95 MW to generate clean electricity using the energy of the flowing stream. The project is a run-of- the- river type with minimum environmental impacts. The technology or electricity generation process using hydro resources is converting the potential energy available in the stream flowing from higher altitudes into mechanical energy using hydro turbines and then to electrical energy using alternators. The project activity will provide and sell electricity to the state electricity utility (Uttarakhand Power Corporation Limited (UPCL)) through NEWNE grid, thus reducing dependence on fossil fuels and thereby reducing CO2 emissions. Electricity shall be evacuated through 33 KV line to the nearest 33 KV sub-station at Hanuman Chatti Sub Station.

Hanuman Ganga Hydro (4.95 MW) Plant At Uttarakhand

This project involves the construction of a small hydro facility with a 4.95 MW capacity, generating clean electricity from a flowing stream. The project uses run-of-the-river technology with minimal environmental impact, converting potential energy into mechanical and then electrical energy. By providing and selling electricity to the state electricity utility, this project reduces dependence on fossil fuels and CO2 emissions.

Guohua Wulate Zhongqi Phase I 49.5 MW Wind farm Project was registered in Unfccc.int by CDM number of 2597 which is located in Urad Zhongqi, Bayan Nur League, Inner Mongolia Autonomous Region, P. R. China. The  project was constructed and operated by Guohua CWP?Bayannaoer?Wind Power Co., Ltd.  The total installed capacity of the proposed project is 49.5MW with 33sets of turbines and a unit capacity of 1500kW. The estimated electricity output to NCPG is 124,300MWh per year.

Guohua Wulate Zhongqi Phase I 49.5 MW Wind farm Project

Guohua Wulate Zhongqi Phase I 49.5 MW Wind Farm Project

The Guohua Wulate Zhongqi Phase I 49.5 MW Wind farm Project, registered by CDM number 2597, is located in Inner Mongolia, China and was operated by Guohua CWP-Bayannaoer-Wind Power Co. The project has 33 turbines and produces an estimated 124,300MWh of electricity annually for NCPG.

The Cirakdami Hydroelectric Power Plant project is designed to generate renewable electricity to be delivered to the Turkey's National Power Grid by utilizing water resources. The project activity is located at the Dereli Town, Giresun Province, Turkey. The total installed capacity of the Project is 49.1 MW. A crediting period of 10 years has been chosen for the project, renewable twice, starting from 28/06/2012. The GHG emission reductions are estimated to be average 88,510 tCO2e per year and 885,100 tCO2eover the ten -year crediting period.

Cirakdami Hydro Electricity Power Plant

The Cirakdami Hydroelectric Power Plant generates renewable electricity to be delivered to Turkey's National Power Grid by utilizing water resources. Located in Dereli Town, Giresun Province, Turkey, the project has an installed capacity of 49.1 MW. Over its ten-year crediting period (renewable twice), it is estimated to reduce GHG emissions by an average of 88,510 tCO2e per year and 885,100 tCO2e overall.

The project is commissioning and operation of a new, green field 469 MW Natural Gas fired, gas turbine based combined cycle power plant. The proposed project activity is being installed by GVK Gautami Power Ltd. (GPL) at Industrial Development Area, Peddapuram, near Samalkot in East Godavari district, Andhra Pradesh, India. The project activity uses relatively cleaner fuel, natural gas instead of most common fuel in the grid i.e. coal for power generation. Thus, the project activity will avoid significant emission compared to the usual practice in coal dominated Indian power sector.

Baseline Methodology for Grid Connected Electricity Generation Plants using Natural Gas

Natural Gas Based Grid Connected Power Project At Peddapuram, A.P. By Gautami Power Limited

GVK Gautami Power Ltd. has commissioned a new, green field 469 MW natural gas-fired power plant in East Godavari district, Andhra Pradesh, India, which uses cleaner fuel than the typical coal-dominated Indian power sector. By using natural gas, the project avoids significant emissions, making it an environmentally friendly solution for power generation.

Huizhou LNG Power Generation Project (HLPGP) has constructed a highly efficient Natural Gas (NG) fired Combined-Cycle Gas Turbine (CCGT) power plant. The proposed project has a capacity of 1083.09 MW (3¡Á361.03 MW) with annual output of 3703.5 GWh. All three units are now in operation. The proposed project will have an annual consumption of 506,100 tons of Liquefied Natural Gas (LNG), which will be regasified at the LNG terminal and transport to the power station via pipeline. Electricity to be generated by HLPGP will be subsequently supplied to the Guangdong Provincial Power Grid (GPPG), which is a part of the Southern China Power Grid (SCPG), consequently displacing power generation from the Southern China Power Grid (SCPG) where more than 50 percent of the power comes from coal fired power plants.

Guangdong Huizhou LNG Power Generation Project

The Huizhou LNG Power Generation Project has built a highly efficient natural gas power plant with a capacity of 1083.09 MW and an annual output of 3703.5 GWh. The plant now operates three units and will displace power generation from coal plants in Southern China.

The implementing agency for the project is National Hydroelectric Power Corporation Limited (henceforth referred as NHPC) which is a Government of India enterprise.   The Teesta HE project - Stage V is a run of the river scheme and will be producing 2572.67 MU of energy that will be absorbed into the Eastern region, connected to the NEWNE grid. Stage V of the Teesta river project has installed a capacity of 510 MW (3×170 MW turbines). The power house is located near Singtam (about 4 km upstream of the confluence of Rongnichu with Teesta). The dependable discharge available throughout the year has been assessed as 60 cumecs and gross head available is 216.73 m; installed capacity of 510 MW. The project consists of concrete gravity dam across river Teesta with a 15 km long head race tunnel and an underground power housing three generating units of 170 MW capacity each. The energy generation at 90% dependable year and 95% machine availability is 2572.67 million kWh.

Teesta- V Hydro Power Project In Sikkim

The National Hydroelectric Power Corporation Limited implemented the Teesta HE Project - Stage V, a run-of-the-river scheme that produces 2572.67 MU of energy that is absorbed into the Eastern region, connected to the NEWNE grid. The project has an installed capacity of 510 MW and consists of a concrete gravity dam, a 15 km long head race tunnel, and an underground power house with three generating units of 170 MW capacity each.

The Houqiao Hydropower Station had an installed capacity of 48MW, provided by three 16 MW hydro turbines, with an annual generated power of 235,000MWh. The project is located on Binglang River in Tengchong County, Baoshan City, Yunnan Province, P. R. China. It is the second level of total four levels in the hydropower development plan of Binglang River. The surface area is 0.17 km2, and the power density is 282.4 W/m2.

48 MW Houqiao Hydropower Project, Yunnan, China

The Houqiao Hydropower Station, located on Binglang River in China, has an installed capacity of 48MW and generates 235,000MWh of power annually. With three 16 MW hydro turbines, it is the second level of the hydropower development plan of Binglang River and has a power density of 282.4 W/m2 over 0.17 km2 of surface area.

Saracbendi HPP is a 23.67 MW low head run-of-river power plant usinga new weir structure to deviate river water of the Kizilirmak Riverinto an intake structure with three settlement basins. From there itenters an open trapezoidal canal of 25.6 km length which runs alongthe left bank of the river. At the end a head pond is located with anintake to two steel penstocks of 3.90 m diameter and 159.9 m lengtheach which lead to the powerhouse with the turbines. From there thewater is released to the Kizilirmak River by an open canal.Saracbendi HPP is expected to start electricity production on 1stJanuary 2011. Produced electricity is being fed into the nationalgrid. The project generates a substantial emission reduction bybringing carbon neutral electricity production to the Turkish grid.The overall emission reductions shall amount to 55,170 tCO2e per yearon average.The hydro project shall be registered as a voluntary emissionreduction project under the Voluntary Carbon Standard, thus enablingits implementation by obtaining co-financing from carbon marketproceeds.

Saracbendi Hpp Run-Of-River Hydro Project

The Saracbendi HPP is a low head run-of-river power plant that uses a new weir structure to generate electricity. It is expected to produce carbon neutral electricity and reduce emissions by 55,170 tCO2e per year. The project is registered as a voluntary emission reduction project under the Voluntary Carbon Standard and contributes to the Turkish national grid.

Anhui Guzhen Biomass Generation Project (hereafter referred to as the Project) is sited within Guzhen County, Anhui Province, P.R.China. The Project is invested, constructed and operated by the National Guzhen Bio Energy Co., Ltd. The Project installed one 130t/h boiler and one 30MW steam turbine generator. Rice straw, maize straw, peanut straw and wood residues are used as fuel for power generation. The annual electricity supply of the Project is expected to be 186,900 MWh, which is delivered to East China Power Grid. The construction of project was started on March 31st, 2010 and the project  was  put  into operation on January 3rd, 2011. The expected life-time of the project is 20 years. The Project achieves emission reductions via avoiding CO2 emissions from the same amount of electricity generation from East China Power Grid, which is mainly composed of traditional fossil fuel fired power plants. The project activity achieved emission reductions of 242,990 tCO2e during this monito

Electricity generation from biomass in power-only plants

Anhui Guzhen Biomass Generation Project

The Anhui Guzhen Biomass Generation Project in China generates electricity using rice straw, maize straw, peanut straw, and wood residues as fuel. With an annual electricity supply of 186,900 MWh, the project reduces emissions by avoiding CO2 emissions from traditional fossil fuel fired power plants. Since its operation in 2011, the project has achieved emission reductions of 242,990 tCO2e.

The project involves generation of 15 MW of electricity from installation of Wind Electric Generators (WEGs) across the Chtiradurga  wind Corridor   of Chitrdurga district in the state  of Karnataka  The project will harness the wind resource for electricity generation and will displace the electricity generated from the grid which comprises mainly the thermal generated energy mix resources,  The project is a group of project owned by a single owner Ms Mineral Enterprises Ltd Bangalore, in the wind regime of Chitradurga corridor, involving 20 WEGs,of 600 & 800 KW rated machines.  The generated electricity shall be fed into the regional grid through the locally available evacuation facility provided by the state utility  KPTCL, to the Southern Grid .

15 MW Grid Connected Renewable Energy Wind Turbine In Karnataka

This project involves installing Wind Electric Generators (WEGs) in the Chitradurga district of Karnataka to generate 15 MW of electricity from wind resources. By displacing electricity generated from thermal energy resources, the project helps reduce carbon emissions. The electricity generated by the 20 WEGs will be fed into the regional grid through existing infrastructure.

The project is promoted by M/s Belgaum Wind Farms Pvt. Ltd. The project activity proposes to generate ~ 56 million units/annum of clean electricity with utilization of the available wind energy. The project proponent proposes to install 24.8MW wind farm in Gadag Plains, Karnataka. The project activity will displace energy generated through fossil fuel based power plants, contributing to sustainable development and conservation of natural resources through use of wind, a renewable source. The power produced by this activity will be sold to Karnataka Power Transmission Corporation Limited (KPTCL) / Hubli Electricity Supply Company Limited (HESCOM) as per the Power Purchase Agreement (PPA) between them. HESCOM is a licensed electricity distribution company owned and controlled by the State Government of Karnataka and is an integral part of the Southern Regional Grid.

24.8 MW Wind Power Project By Belgaum Wind Farms Private Ltd. In Gadag, Karnataka

Belgaum Wind Farms Pvt. Ltd. is promoting a project that will generate approximately 56 million units of clean electricity per year through the use of wind energy. By installing a 24.8MW wind farm in Gadag Plains, Karnataka, the project will displace energy generated from fossil fuels, contributing to sustainable development and conservation of natural resources. The electricity produced will be sold to Karnataka Power Transmission Corporation Limited (KPTCL) / Hubli Electricity Supply Company Limited (HESCOM) in accordance with their Power Purchase Agreement (PPA).

AKOCAK is a run of river type hydroelectric power plant (HEPP) project located on Karadere River, in Trabzon province, in East Black sea region of Turkey. The purpose of the project is to generate energy from the running waters of Karadere River.   The project includes two weirs. The first weir called Erikli weir shall be built on Alcak Brook, a branch of Karadere, on 1,339 meters riverbed elevation. A sediment pool of 41 meters long and 2.3 meters wide shall be built along the riverbed. The other weir called Akocak weir shall be built on Karadere branch of the river, on 1,328 meter riverbed elevation. The UTM ED coordinates for Erikli weir is 580 500 E, 4 495 600 N; Akocak weir: 577 425 E,  4 496 300 N; powerhouse: 576 375E,  4 502 625 N.

Akocak Hydroelectric Power Plant

AKOCAK is a hydroelectric power plant project located on Karadere River in Turkey, which generates energy from running waters. The project includes two weirs, Erikli and Akocak, built on Alcak Brook and Karadere branch of the river respectively. It also features a sediment pool and has UTM ED coordinates for each weir.

Tatar Hydroelectricity Power Plant (HEPP) Tatar Hydro Electric Power Plant (HEPP) is located on the Peri Stream, within the jurisdiction of Tunceli and Elazig Provinces. The purpose of the project is electricity production using the potential energy of Peri Stream as a renewable resource. Therefore, the electricity is going to be produced without causing airborne pollutants or Green House Gas (GHG) emissions.The set capacity of Tatar HEPP is 128.22 MWe, with 2 turbines of 64.11 MWe each.  The amount of electricity expected to be produced annually is 429,560 MWh, and thus the project activity is expected to produce 231,898 tCO2/year.

Tatar Hydro Electricity Power Plant

The Tatar Hydroelectricity Power Plant (HEPP) generates electricity using the Peri Stream as a renewable resource, without emitting pollutants or Green House Gases (GHGs). With a capacity of 128.22 MWe and expected annual production of 429,560 MWh, the project is estimated to reduce 231,898 tCO2/year.

The Cevizlik Hydroelectric Project consists of the construction of a Greenfield 93 MW run-of-river hydroelectric power plant located in the Iyidere river basin, in Turkey’s Eastern Blacksea Region. The plant has been designed to generate electricity by utilizing the 230 m of head between the tailwater level of the upstream existing Ikizdere HEPP and the Kalkandere HEPP project. The project activity is the biggest size run-off-river project ever realised in Turkey considering its installed capacity and first of its kind as it is constructed underground without any upstream reservoir lake.The main purpose of the project is to generate approximately 335 GWh/year of electricity to supply the national grid using a renewable resource and tapping the significant hydropower potential in the region. The project activity reduces greenhouse gases (GHGs) emissions that would have otherwise occurred in the absence of the project activity by avoiding electricity generation from fossil fuel sources. The average annual emission reductions of the proposed Project are estimated to be 187.471 tonnes of CO2e (tCO2e).

The Cevizlik Run-Of-River Hydroelectric Power Plant

The Cevizlik Hydroelectric Project in Turkey's Eastern Blacksea Region is a Greenfield 93 MW run-of-river hydroelectric power plant constructed underground, utilizing the 230 m of head between the tailwater level of the upstream existing Ikizdere HEPP and the Kalkandere HEPP project. It generates approximately 335 GWh/year of renewable energy, reducing greenhouse gas emissions by an estimated 187.471 tonnes of CO2e annually.

Wutuhe Erji hydro power project in Guizhou Province, China (hereafter referred as “the proposed project”) is located in the town of Huaga, Shuicheng County, Liupanshui city in Guizhou Province, China. The total installed capacity of the proposed project is 7.5MW (3×2.5MW), The estimated annual electricity generation is 31,210MWh, the annual net electricity supplied to the grid is 28,060 MWh.

Wutuhe Erji Hydro Power Project In Guizhou Province, China

The Wutuhe Erji hydro power project, located in Guizhou Province, China, has a total installed capacity of 7.5MW and is estimated to generate 31,210MWh of electricity annually. With 28,060 MWh of net electricity supplied to the grid each year, this project is helping to reduce carbon emissions in the region.

The purpose of the project activity is to install hydro power plant with a total installed capacity of 30.09 MW as per the Generation License. The generated electricity will be fed to Turkey national grid. The project is within boundaries of Egea Region, Denizli Province of Turkey, located at near Guney County. The project qualifies as a ”Project” as per the VCS Standard.

Adiguzel II Hydroelectric Power Plant

The project aimed to install a hydro power plant with a total installed capacity of 30.09 MW in the Egea Region, Denizli Province of Turkey. The generated electricity was fed to the national grid, qualifying the project as a "Project" according to the VCS Standard.

The company Aerocon Buildwell Pvt. Ltd (ABPL) are involved in manufacturing of Autoclaved Aerated Concrete (AAC) blocks/panels in Ujjain, India and part of the KEMKER and GOYAL Group. With the prime focus on delivering state of the art energy efficient bricks, the group has already delivered a significant market shares in the region. The Current project of Aerocon is an initiative to manufacture 150,000 cubic meters of AAC blocks at Ujjain, Madhya Pradesh, India. The core of this technology is the AAC blocks composition and its chemistry, with fly ash from thermal plants mixed with lime, cement, gypsum and aluminium powder, which enable the blocks to acquire the mechanical properties required during the hydration and curing process without being sintered.

Fuel Switch, process improvement and energy efficiency in brick manufacture

AAC Block Project By Aerocon Buildwell PVt. Ltd. (Ekiesl- June 2016-02)

Aerocon Buildwell Pvt. Ltd (ABPL) is a manufacturing company based in Ujjain, India that specializes in Autoclaved Aerated Concrete (AAC) blocks/panels. Their current project aims to produce 150,000 cubic meters of AAC blocks using fly ash from thermal plants mixed with lime, cement, gypsum, and aluminum powder to create energy-efficient bricks. This technology allows the blocks to acquire the necessary mechanical properties without being sintered.

Song Ong Hydropower Project involves the construction of a hydropower plant with 3 units. The project has an installed capacity of 8.1 MW and estimated annual gross power generation of 40,500 MWh, respectively.The purpose of project is to generate and supply renewable electricity to the national grid under the Power Purchase Agreement (PPA) signed with the Electricity Corporation of Vietnam (EVN). The net electricity generated by the project (annual estimated generation is 39,994 MWh) is supplied to the national grid via a 22 kV line, which connects the plant with Ninh Son 110/22 kV transformer station. The project activity involves the construction of a dam, an intake, tunnels, a penstock, a pressurized well, a powerhouse and a discharge channel in order to convert potential flowing energy from the stream into clean electrical energy.

Song Ong Hydropower Project

The Song Ong Hydropower Project is a renewable energy initiative that generates 8.1 MW of power and provides 40,500 MWh of clean electricity annually to the national grid in Vietnam. The project includes the construction of a dam, intake, tunnels, penstock, pressurized well, powerhouse, and discharge channel to convert flowing energy into electricity. Through a Power Purchase Agreement with the Electricity Corporation of Vietnam, the project supplies net electricity via a 22 kV transmission line to the Ninh Son 110/22 kV transformer station.

The project activity is a bundled wind energy project with total capacity of 7.75 MW, comprising of six Wind Turbine Generators (WTGs), five out of which have a capacity of 1.25 MW each and one has a capacity of 1.5 MW. The WTGs have been commissioned in the period between 05/02/2007 and 31/03/2007. The relevant details of the individual components of the bundled project activity including the names of the project promoters, the installed wind power generation capacity for each wind turbine and the unique WTG location number of the respective wind turbines have been detailed below:   1 UIC Udyog Limited with cumulative capacity of 5.00 MW and WTG no.  K-537, K-539, K-542, K-543 2 Khatau Narbheram & Co with cumulative capacity of 1.50 MW and WTG no. W-55 3 Hind Metals and Industries (P) Limited with cumulative capacity of 1.25 MW  and WTG no.. J-43

Bundled Grid-Connected Wind Electricity Generation Project Identified As Bundle E3 In Maharashtra And Gujarat, India

This wind energy project has a total capacity of 7.75 MW and consists of six Wind Turbine Generators (WTGs). The WTGs were commissioned between May and March of 2007 and have varying capacities ranging from 1.25 MW to 1.5 MW. The project is operated by UIC Udyog Limited, Khatau Narbheram & Co, and Hind Metals and Industries (P) Limited.

MEIL has set up 42MW wind power project in Jaisalmer District in the state of Rajasthan. The project activity comprises of 20 Wind Electric Generators (WEGs) with a capacity of 2.1 MW each. The wind power project is located in Tejwa – Mokal village, Jaisalmer District, Rajasthan State, India.The project activity is a zero emissions wind based power generation project which intent to use Wind Energy Generators (WEGs) to generate power. The technology doesn’t involve any fossil fuel usage and hence there are no emissions associated with the project. The S88 model WEGs are supplied by Suzlon Energy Limited (SEL), a subsidiary of the Suzlon group, and considered to be one of the leading manufacturers of site-specific WEGs with strong R&D backup having R&D centres in Germany, Netherlands and Asia. The technical design of the WEG is advanced and is deemed to reflect current good practice.

Wind Power Project In Rajasthan

MEIL has installed a 42MW wind power project in Jaisalmer District, Rajasthan, India. The project consists of 20 Wind Electric Generators with a capacity of 2.1 MW each. The project generates zero emissions and uses Suzlon Energy Limited's S88 model WEGs, which are known for their advanced technical design and strong R&D support.

Mytrah Vayu (Pennar) Private Limited (MVPPL) has set up 63 MW wind power project in the state of Andhra Pradesh in India. The project activity comprises of 30 number Wind Turbine Generators (WTG’s) with a capacity of 2.1 MW each.The technology is indigenous and no technology transfer is taking place. The project activity is a zero emissions wind based power generation project. The technology doesn’t involve any fossil fuel usage and hence there are no emissions associated with the project. The S88 model WEGs are supplied by Suzlon Energy Limited (SEL), a subsidiary of the Suzlon group.

Vajrakarur Wind Power Project In Andhra Pradesh

Mytrah Vayu (Pennar) Private Limited set up a 63 MW wind power project in Andhra Pradesh, India. The project consists of 30 Wind Turbine Generators, each with a capacity of 2.1 MW, and uses Suzlon Energy Limited's indigenous S88 model WEGs, emitting zero emissions as it does not involve any fossil fuel usage or technology transfer.

Salto Pilão project activity consists of the construction of a hydropower plant with a reservoir of 0.15 km2 and an installed capacity of 191,8 MW. The plant is located between the cities of Lontras, Ibirama and Apiúna, state of Santa Catarina, Southern region of Brazil.According to the project license, the geographic coordinates of the project activity are 27º06’and 27º08’S and 49º28’and 49º31’W.

Salto Pilão Hydropower Plant Project Activity

The Salto Pilão project in Brazil involved building a hydropower plant with a reservoir covering 0.15 km2 and generating 191.8 MW of power. The plant is located in the state of Santa Catarina and has been licensed for construction.

Eglence I-II, a run-off-river hydroelectric power plant, is located on the Eglence River, in the Mediterranean Region within the Karaisali disrict of Adana province. Eðlence I-II consists of construction of a green field project with 68.65 MWe of installed capacity comprising two weirs and two power houses. (The units proposed to be established upstream are named as “Eglence-I” while the units proposed to be established downstream are named as “Eglence-II”. Therefore; these mentioned supplementary projects are observed as a whole named “Eglence I-II”). The installed capacity of Eglence I is 42.65 MWe, generating approximately 127,280 MWh of clean energy per annum, while the installed capacity of Eglence II is 26.00 MWe, generating approximately 78,019 MWh of clean energy per annum. The net electricity production from the plant is estimated as 205,299 MWh/year and the average annual emission reduction of the proposed project is estimated to be 114,065 tonnes of CO2e (tCO2e).

Eglence I-II Hydroelectric Power Plant

The Eglence I-II hydroelectric power plant, situated on the Eglence River in Turkey, has a total installed capacity of 68.65 MWe. With two weirs and two powerhouses, the plant generates approximately 205,299 MWh of clean energy annually, reducing CO2 emissions by an estimated 114,065 tonnes per year.

The proposed project activity is a wind power project of 10 MW installed capacity in the State of Maharashtra by M/s Deepak Fertilisers and Petrochemical Corporation Ltd. (hereafter DFPCL or project participant). It consists of eight wind electricity generators (WEGs) of 1.25 MW capacity each

10 MW Wind Power Project In Maharashtra By Deepak Fertilizers And Petrochemicals Corporation Limited

Deepak Fertilisers and Petrochemical Corporation Ltd. proposed a 10 MW wind power project in Maharashtra. The project includes eight wind electricity generators, each with a capacity of 1.25 MW.

The objective of the Project is to sell into the East China Power Grid. The Project activity will achieve the greenhouse gas (GHG) emission reductions by avoiding CO2 emissions from the business-as-usual scenario, the electricity generation of those fossil fuel-fired power plants connected into the East China Power Grid.The Project involves the installation of 100 turbines, each of which have a capacity of 2000kW, providing a total installed capacity of 200MW. The annual operating hours of the proposed project are 2030 hours and it is expected to generate 406,0201 MWh per year to be sold into the Jiangsu Power Grid, which is part of the East China Power Grid, and generate emission reductions for 338,010 tCO2e annual average.

Jiangsu Dongtai Phase II Wind Power Project

This carbon project involves installing 100 turbines with a total installed capacity of 200MW to sell into the East China Power Grid. By avoiding CO2 emissions from fossil fuel-fired power plants, it is expected to generate 406,020 MWh per year and reduce emissions by 338,010 tCO2e annually.

Acciona Wind Energy Pvt. Ltd. (AWEPL) is an Indian Company and a 100% subsidiary of the Spanish Acciona group of companies, i.e. Acciona Energia Internacional, S.A. and Acciona, S.A. AWEPL has implemented a wind energy project as project owner with 18 wind turbines of 1.65MW each supplied by Vestas Wind Technology India Pvt. Ltd. totaling 29.70MW spread over two locations in close proximity in Jagalur taluk, Davangere district in the State of Karnataka. The project activity involves the development, construction, operation and maintenance of wind based electricity generation facilities connected to the grid.  The project supplies renewable electricity to the Karnataka State electricity grid and reduces greenhouse gas emissions caused by reliance on fossil fuels to that extent. The generated electricity is supplied to BESCOM (Distribution Company) under long-term Power Purchase Agreement (PPA) for a period of 20 years with a standard tariff of Rs.3.40 per kWh for the initial 10 years.

29.70 MW Wind Power Project In Karnataka India

Acciona Wind Energy Pvt. Ltd. (AWEPL) implemented a wind energy project in Jagalur taluk, Davangere district in the State of Karnataka. The project consisted of 18 wind turbines of 1.65MW each supplied by Vestas Wind Technology India Pvt. Ltd. and totaled 29.70MW. The project reduces greenhouse gas emissions and supplies renewable electricity to the Karnataka State electricity grid under a long-term Power Purchase Agreement.

The purpose of the project activity is construction and operation of a new 228 MW natural gas based power plant. The electricity generated will be exported to the southern grid. The project activity once operational will help in reducing the carbon intensity and power deficit on the southern grid.

Combined Cycle Natural Gas Based Grid Connected Power Plant At Jegurupadu, India

This project involves building and running a 228 MW natural gas power plant, with the electricity produced being sent to the southern grid. Its operation will lead to a reduction in the southern grid's carbon intensity and power shortage.

The Kalkandere Hydroelectric Project consists of the construction of a greenfield one weir and two run-of-river hydroelectric power plants located in the Iyidere river basin, in Turkey’s Eastern Blacksea Region. Total installed capacity of the project will be 43,47MWm / 42,33MWe. The plant has been designed to generate electricity by utilizing the 100.2 m of head between the tailwater level of the upstream existing Cevizlik HEPP and the Incirlik HEPP project which is under project stage and will be located downstream.

The Yokuslu- Kalkandere Hydroelectric Power Plant

The Kalkandere Hydroelectric Project in Turkey's Eastern Blacksea Region created a greenfield hydroelectric power plant with a total installed capacity of 43,47MWm / 42,33MWe. The one weir and two run-of-river plants generate electricity by utilizing the 100.2 m of head between the existing Cevizlik HEPP and the upcoming Incirlik HEPP.

Yiyang Xiushan Hydropower Project activity (hereinafter known as ¡°the Project¡±) is located in the lower reaches of Zijiang River at Xiushan Town, Taojiang County, Yiyang City, Hunan Province, P.R. China. With a total installed capacity of 65MW (5*13MW), the proposed project activity is expected to supply electricity to Central China Power Grid (CCPG) via Hunan Provincial Power Grid. The annual electricity generation is expected to be 276,450 MWh and the electricity delivered to grid is expected to be 257,570MWh, with 4235 utilization hours. The surface area at full reservoir level is 6.3 km2, with power density 10.3W/m2.

Yiyang Xiushan Hydropower Project, P.R. China

The Yiyang Xiushan Hydropower Project generates 276,450 MWh of electricity annually and has a total installed capacity of 65MW. The project supplies electricity to the Central China Power Grid via Hunan Provincial Power Grid, with a power density of 10.3W/m2.

Shandong Wendeng Zhangjiachan Wind Farm Project (hereinafter referred to as the proposed project) is to utilize wind resources for electricity generation through the construction of a wind farm with a total capacity of 49.3MW in Wendeng City, Shandong Province, P. R. China. The electricity generated from the project will be sold to North China Power Grid (NCPG). The proposed project will achieve obvious greenhouse gas (GHG) emission reductions through the displacement of electricity delivered by NCPG which is a fossil-fuel dominated grid. The proposed project is located in Wendeng City, Shandong Province, P. R. China. The proposed project involves the installation of 58 wind turbines with capacity of 850 kW each, which amount to a total installed capacity of 49.3MW.

Shandong Wendeng Zhangjiachan Wind Farm Project

The Shandong Wendeng Zhangjiachan Wind Farm Project generates electricity from wind resources. The 58 wind turbines installed have a total capacity of 49.3MW, and will provide clean energy to North China Power Grid, reducing greenhouse gas emissions. The project is located in Wendeng City, Shandong Province, P. R. China.

Vishnuprayag Hydroelectric Project (VHEP) is a 4 x 100 MW Run-of-the-River Project located across river Alaknanda near Joshimath in district Chamoli of Uttaranchal state of India which is being implemented by Jaiprakash Power Ventures Ltd. (JPVL), a subsidiary of Jaiprakash Associates Limited (JAL).

Vishnuprayag Hydro-Electric Project (Vhep) By Jaiprakash Power Ventures Ltd.(Jpvl)

The Vishnuprayag Hydroelectric Project (VHEP) was a run-of-the-river project in India that created 400 MW of energy. It was implemented by Jaiprakash Power Ventures Ltd. (JPVL), a subsidiary of Jaiprakash Associates Limited (JAL).

Tepekisla HEPP, which is comprised of the construction of a green field 69.627 MWe hydroelectric power plant located in the Kelkit river which one is the longest tributary of the Yesilirmak river basin, in Turkey’s Middle Black Sea Region.

Tepekisla Dam & Hydropower Plant Project

The Tepekisla HEPP project involved building a hydroelectric power plant with a capacity of 69.627 MWe in Turkey's Middle Black Sea Region. The plant is located in the Kelkit river, which is the longest tributary of the Yesilirmak river basin.

Hebei Guyuan County Dongxinying 199.5 MW Wind Power Project (hereinafter referred to as the proposed project) is developed by Hebei Construction Investment New Energy Co., Ltd. It is located at the south of Guyuan County, Hebei Province, P.R.China. The proposed project will help reduce greenhouse gas (GHG) emissions generated from the high-growth, coal-dominated power generation in North China Power Grid (hereinafter referred to as NCPG). When the proposed project is operated, the electricity generated by the proposed project will displace part of the electricity from the NCPG, and thus greenhouse gas (GHG) generated by coal-fired power plants could be reduced.

Hebei Guyuan County Dongxinying 199.5 MW Wind Power Project

The Hebei Guyuan County Dongxinying 199.5 MW Wind Power Project, developed by Hebei Construction Investment New Energy Co., Ltd., is situated in Guyuan County, Hebei Province, P.R.China. The project aims to reduce greenhouse gas emissions produced from coal-dominated power generation in North China Power Grid by generating electricity that will displace part of the electricity from the NCPG, resulting in a reduction of GHG emissions.

Shandong Taipingshan Wind Farm Project (hereinafter referred to as the proposed project) is to utilize wind resources for electricity generation through the construction of a wind farm with a total capacity of 49.3MW and an 110kV substation in Weifang City, Shandong Province, P. R. China. The electricity generated from the project will be sold to North China Power Grid (NCPG). The proposed project will achieve obvious greenhouse gas (GHG) emission reductions through the displacement of electricity delivered by North China Power Grid which is a fossil-fuel dominated grid. The proposed project is invested and developed by Anqiu Taipingshan Wind Power Co., Ltd.The proposed project is located in Weifang City, Shandong Province, P. R. China. The proposed project involves the installation of 58 wind turbines with capacity of 850 kW each, which amount to a total installed capacity of 49.3MW.

Shandong Taipingshan Wind Farm Project

The Shandong Taipingshan Wind Farm Project is a 49.3MW wind farm located in Weifang City, Shandong Province, P. R. China. By generating electricity through wind resources, the project will reduce greenhouse gas (GHG) emissions by replacing fossil-fuel dominated electricity from North China Power Grid. The project involves the installation of 58 wind turbines with a total installed capacity of 49.3MW.

The 9 MW (2x4.5 MW) Neria Mini Hydel Power Project developed by Bhoruka Power Corporation Limited is a mini hydroelectric project in Dhakshina kannada district of Karnataka State, India. It is a Run-off the river scheme on Neria river, which is a west flowing river. Major components of the project are a diversion weir was constructed across the river to divert the stream to a power canal upto forebay cum intake structure, individual steel penstock to convey water each hydro generating unit and an open tail race channel to release water back into the river.

9 MW Neria Hyrdroelectric Project, Karnataka, India

Bhoruka Power Corporation Limited developed the Neria Mini Hydel Power Project, a 9 MW (2x4.5 MW) hydroelectric project located in Karnataka State, India. The project diverts water from the Neria river through a diversion weir to a power canal and individual steel penstocks which power each hydro generating unit. The open tail race channel releases water back into the river.

Sukhbir Agro Energy Limited is producer rice in the region. The capacity of the rice mill is 50 TPD of paddy processing. Steam is a vital utility to perform number of operations during the manufacturing of rice. To meet the process steam requirement, SAELdecided to go for captive steam generation by setting up an in-house boiler. Considering the fact that rice husk is a renewable source of energy and use of rice husk would prevent use of coal, a carbon intensive fossil fuel, SAEL decided to install a rice-husk fired boiler to meet its process steam requirement. The project activity involves installation of a 6 TPH capacity rice husk firedboiler to meet the captive steam (heat) requirement. The project activity leads toavoidance of consumption of fossil fuel for the generation of process steam andconsequently contributes to GHG emission reduction and actively participate in the climate change initiative and contribute towards the sustainable development of the region.

Thermal energy production with or without electricity

Rice Husk Fired Boiler Of 6 Ton Capacity For Process Steam Generation At Sukhbir

Sukhbir Agro Energy Limited installed a 6 TPH rice husk fired boiler to generate process steam for their rice mill. This allowed them to use a renewable source of energy and avoid the use of fossil fuels such as coal, resulting in a reduction of GHG emissions. Through this initiative, SAEL actively participated in climate change mitigation and contributed to the sustainable development of the region.

The Alkumru Hydroelectric Power Plant (Alkumru HPP from this point onward) project is LOCATED at the Eastern Anatolia Geographical district of Turkey over the Botan River that is one of the major tributaries of the Tigris. The Alkumru HPP will be producing electricity by utilizing the energy of the Botan river, a major tributary to River Tigris. Energy will be produced using the head difference between the 647 m maximum water level and 541.80 m tail water levels.  With the latest design updates the project is expected to produce an annual amount of 881,210 MWh of electricity. This accounts for 475,143 tonnes of VCUs per year

Alkumru Hydroelectric Power Plant

The Alkumru Hydroelectric Power Plant is located in Eastern Anatolia, Turkey and utilizes the energy of the Botan River to produce electricity. With a maximum water level of 647m and a tail water level of 541.80m, the project is estimated to produce 881,210 MWh of electricity annually, which equates to 475,143 tonnes of VCUs per year.

The purpose of the project activity is to generate power using renewable energy source (wind) fo the purpose of captive utility. The project activity generates electricity using wind potential and converts it into kinetic energy using Wind turbines, which drives the alternators to generate energy. The generated electricity is exported to the regional grid system which is under the purview of the Southern grid of India. The proposed project activity involves the installation of Wind Power Projects. The total installed capacity of the project is 233.1 MW; which involves the operation of 156 Wind Turbine Generators (WTGs) with capacity of 0.85 MW each located at Karnataka and Andhra Pradesh implemented by Mytrah Vayu Krishna Private Limited and 67 Wind Turbine Generator (WTGs) of 1.5 MW implemented by Mytrah Vayu (Manjira) Private Limited Tamil Nadu state in India. These are the subsidiary companies of Mythra Energy (India) Limited. However, the project is promoted by Mythra Energy (India) Ltd

Wind Based Power Generation By Mytrah Energy (India) Limited (Ekiesl-VCS-January-16-01)

This project generates renewable energy by using wind power to create electricity which is then sent to the regional grid system. It involves the installation of 156 wind turbine generators with a capacity of 0.85 MW in Karnataka and Andhra Pradesh, and 67 wind turbine generators of 1.5 MW in Tamil Nadu, for a total installed capacity of 233.1 MW. The project is promoted by Mytrah Energy (India) Ltd and implemented by their subsidiary companies.

The project activity is a new run-of-river type hydro power plant. Total installed capacity of the project is 210 MW, consisting of three (3) x 70 MW turbines. The project is owned and developed by PT. PLN (Persero), a state-owned electricity company. The project supplies electricity to the connected Sumatra grid. The electricity currently generated by the grid is relatively carbon intensive. The proposed project will increase the utilization of renewable energy sources, in this case hydro energy, by operating a new hydropower plant

210 MW Musi Hydro Power Plant, Bengkulu

This project involved the creation of a new run-of-river hydro power plant with a 210 MW capacity consisting of three 70 MW turbines. The plant was developed and owned by PT. PLN (Persero), a state-owned electricity company, and supplies electricity to the Sumatra grid. By utilizing renewable hydro energy, this project aims to reduce the carbon intensity of the grid's electricity supply.

Beijing Guanting Wind Power Project Phase II and Phase II addition (hereafter referred to as the Project), developed by Beijing Jingneng Clean Energy Co., Ltd., involves construction and operation of a wind power project that is sited on Northwest side of Beijing, the north bank of Guanting Reservoir which situated in south-east side of Langshan wind valley in Huailai County, Hebei Province, P.R. of China. The Project was commenced on 23/12/2009, The Project has been registered as a CDM project on 28/02/2011 (UNFCCC registration reference number: 4413).

Beijing Guanting Wind Power Project Phase II And Phase II Addition

The Beijing Guanting Wind Power Project Phase II and Phase II addition is a wind power project located on the northwest side of Beijing. It was developed by Beijing Jingneng Clean Energy Co., Ltd. and has been registered as a CDM project since 2011. The project began construction on December 23, 2009.

Kishangarh Hi-tech Textile Park Ltd. (KHTPL) has awarded a contract for 8.4 MW wind power project to world’s third leading and India’s largest wind turbines manufacturer, Suzlon Energy Limited (SEL). Kishangarh Hi-tech Textile Park Ltd.(KHTPL) will sign-up an Energy Wheeling Agreement (EWA) with Rajasthan Rajya Vidyut Prasaran Nigam Limited and the power generated will be wheeled for utilization at KHTPL’s state-of-the-art hi-tech integrated textile park being developed at Kishangarh (Dist. Ajmer) in Rajasthan.  The project was registered at UNFCCC (Ref. No. 7804) on 19-October-2012 and the details of the same can be viewed on   https://cdm.unfccc.int/Projects/DB/LRQA%20Ltd1350651308.1/view.

Suzlon 8.40 MW Wind Power Project

Kishangarh Hi-tech Textile Park Ltd. partnered with Suzlon Energy Limited to construct an 8.4 MW wind power project. The energy generated will be utilized at their state-of-the-art integrated textile park in Rajasthan. This project was registered with the UNFCCC in 2012.

The Hyundai Steel Waste Energy Recovery Co-generation Project is a 400MW cogeneration plant at Hyundai Steel, which is developed by Hyundai Green power CO., Ltd. The project utilizes surplus waste gasses including BFG(Blast Furnace Gas), COG(Coke Oven Gas) and LDG(Converter Gas) produced by Steel to generate electricity. The waste gasses created by Steel are reused by the steel mill, and the rest are consumed by the proposed project. Through this project, approximately 2,741,035MWh electricity will be sent to a power grid, and 1,285,000 ton steam will be produced and sent to Steel. Without the proposed project the rest of waste gasses are emitted to the atmosphere after incineration, the electricity generated by the proposed project will be supplied by the grid.

Waste energy recovery

Hyundai Steel Waste Energy Cogeneration Project

The Hyundai Steel Waste Energy Recovery Co-generation Project is a 400MW cogeneration plant that generates electricity by utilizing surplus waste gasses produced by Steel. By reusing the waste gasses, the proposed project prevents their emission to the atmosphere after incineration. The project will produce approximately 2,741,035MWh electricity and 1,285,000 ton steam will be sent to Steel.

The project is a green-field rice husk based thermal energy generation system to produce steam. The project is owned and operated by Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd., a subsidiary of Wilmar International Ltd.  The project proponent will purchase rice husks from the ‘Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd’ also the consumer of steam. No other co-firing is provided for.  The project comprises two boilers with installed capacity of 15 MT/hour each.

Jilin Rice Husk Thermal Energy Generation Project

Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd., a subsidiary of Wilmar International Ltd, owns and operates a green-field rice husk based thermal energy generation system that produces steam. The project uses rice husks purchased from 'Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd' and has two boilers with a capacity of 15 MT/hour each, with no other co-firing provided for.

This project is not registered with VCS. More information on the project can be found at CDM Project ID 4217: http://cdm.unfccc.int/Projects/DB/ERM-CVS1291830806.57/view

Bujagali Hydropower Project 

While not registered with VCS, this project is still impactful in reducing carbon emissions. Interested parties can find more information at the CDM Project ID 4217 link.

The project activity reduces the emission of greenhouse gases (GHGs) through the use of renewable sources of energy and making use of clean technology, avoiding the generation of electricity via sources of fossils fuels with consequent emissions of CO2, that would be generated if the project did not exist. The Project generates electricity through clean and renewable source and it contributes to attend the growing demand for electricity in Brazil, due to the country’s economical and population growth, contributing, thus, to the environmental, social and economical sustainability, by increasing the participation of clean and renewable energy in relation to the country’s total consumption of electricity. The installation of HPP Barra Grande provides the generation of enough electricity to the supply of 30% of the energetic demand of the state of Santa Catarina or 20% of the total energy consumed in the state of Rio Grande do Sul.

Baesa Project

This carbon project reduces greenhouse gas emissions by using renewable energy and clean technology to generate electricity in Brazil. The installation of HPP Barra Grande generates enough electricity to supply 30% of the energy demand in Santa Catarina or 20% of the total energy consumed in Rio Grande do Sul, contributing to environmental, social and economical sustainability.

The proposed project activity consists in the installation of a new biomass cogeneration power plant in the Viñales sawmill site. The new cogeneration plant is equipped with a new 210 ton/hr fluidized bed biomass power boiler and a 41 MW condensing/extracting turbo generator unit.

Electricity and heat generation from biomass

Viñales Biomass Power Plant

A new biomass cogeneration power plant was installed at the Viñales sawmill site. The plant includes a 210 ton/hr fluidized bed biomass power boiler and a 41 MW condensing/extracting turbo generator unit. This project will generate carbon credits by producing renewable energy.

The Project has been registered as a CDM project on 22/06/2011, for which a renewable crediting period of 3¡Á7 years started from 25/06/2011 will be used under the CDM GHG Program. Therefore, CO2 emission reductions generated by the project during the CDM crediting period will be verified as unique CERs, but not VCUs to avoid double counting. As to the project under VCS (Version.3.4), only emission reductions achieved from 30/06/2010~ 21/06/2011 will be considered as VCUs.

Guohua Rongcheng Phase LL Wind Farm Project

This carbon project was registered as a CDM project on June 22, 2011, and will use a renewable crediting period of 3x7 years under the CDM GHG program starting from June 25, 2011. The CO2 emission reductions generated from the project during this period will be verified as unique CERs to avoid double counting. Only emission reductions achieved from June 30, 2010 to June 21, 2011, will be considered as VCUs under VCS (Version 3.4).

Guazhou Beidaqiao No.1 Wind Farm Project in Gansu Province, China (hereinafter referred to as ¡°the project¡±) is located in Guazhou County, Jiuquan City, Gansu Province, China. The primary objective of the proposed project is to generate renewable electricity to meet the everincreasing demand in the Gansu Grid and Northwest China Power Grid (NWPG). The proposed project will install 67 sets of SL1500 wind turbine units and 67 sets of GW1500 wind turbine units at the proposed project site, with a capacity of 1,500 kW per unit. The total installed capacity is 201MW. Dependent on the reliability of the local wind resource, the proposed project is expected to supply 461,464 MWh of electricity annually to the NWPG. In the absence of the proposed project, electricity demand will be met by existing capacity and new installations of the NWPG, which is dominated by thermal power plants.

Guazhou Beidaqiao No.1 Wind Farm Project In Gansu Province, China

The Guazhou Beidaqiao No.1 Wind Farm Project in Gansu Province, China aims to generate renewable electricity to meet the growing demand in the Gansu Grid and Northwest China Power Grid. The project has a total installed capacity of 201MW, with 67 sets of SL1500 wind turbine units and 67 sets of GW1500 wind turbine units. It is expected to supply 461,464 MWh of electricity annually to the NWPG, reducing the reliance on thermal power plants.

According to the categorisation system of the Clean Development Mechanism, which is part of Green House Gas (GHG) program that has been approved by the VCS board, the project iscategorised as:Type I: Renewable energy projectsCategory: Grid connected renewable electricity generation – AMS I.D., version 17. This is not a grouped project. Please refer section A.6 of the registered PDD.

15 MW Solar Photovoltaic Power Project At Gujarat

This carbon project generates renewable electricity that is connected to the grid and is categorized as Type I under the Clean Development Mechanism and approved by the VCS board. This project is not a grouped project and more information can be found in section A.6 of the registered PDD.

The proposed project is located in Ziqiang town, Zhijin County, Bijie City, Guizhou Province, P.R.China, 74km away from Zhijin county and 94km away from Guiyang city. The geographical coordinates of the dam are east longitude +106.0839° and north Latitude +26.6778°.

Ziqiang 18MW Hydropower Project In Guizhou Province China

This carbon project is based in Ziqiang town, Zhijin County, Bijie City, Guizhou Province, P.R.China. The dam is located 74km from Zhijin County and 94km from Guiyang city, with geographical coordinates of east longitude +106.0839° and north Latitude +26.6778°.

The project activity is a bundled biomass based heat generation project activity consisting of one rice husk fired boiler of M/s Sukhbir Agro Energy Ltd and one of M/s Sri Ram Solvex. Sukhbir Agro Energy Limited (SAEL) is a leading rice prodgucer in the Ghazipur region of Uttar Pradesh. The capacity of the rice mill is 50 TPH of paddy processing. Steam is a vital utility to perform number of operations during the manufacturing of rice. Sri Ram Solvex is a rice bran oil manufacturing company located in Ferozepur, Punjab. The capacity of the unit is 100 TPD of rice bran processing. It also requires steam to meet its captive heat demand. The project activity involves installation of a 10 TPH and 3 TPH rice husk fired boilers by SAEL and SRS respectively. The annual estimated rice husk requirement of the boilers is 17068.78 and 4874.42 tons respectively.

Bundled Biomass Based Thermal Energy Projects In U.P. & Punjab Of Sukhbir Agro Energy Limited

This bundled biomass-based heat generation project involves the installation of two rice husk-fired boilers by M/s Sukhbir Agro Energy Ltd and M/s Sri Ram Solvex. With an annual estimated rice husk requirement of 17,068.78 and 4,874.42 tons respectively, the project will provide vital steam to support the manufacturing of rice and rice bran oil.

The project activity is a grid connected wind power generation. The project activity is based in Adwadi (Sinnar), Maharashtra, India. The project activity is having a total capacity of 1.5 MW. It consists of one wind turbine of capacity 1.5 MW. The project activity is connected to the NEWNE Grid of India.  The wind technology is supplied by Suzlon Energy Limited. The class of the wind turbine is S-82 which is technologically safe in its operation. This is attributed to Suzlon’s efforts in Research & Development. The S-82 WTGs are suitable for deployment in a different climates ranging from hot, dry deserts to humid coasts, to near-freezing plains.

Wind Power Project By M/S Chhotabhai Jethabhai Patel & Co. (CJP) At Sinnar, Maharashtra

This project is a 1.5 MW wind power generation facility located in Adwadi (Sinnar), Maharashtra, India. It utilizes a single Suzlon S-82 wind turbine and is connected to the NEWNE Grid of India, making it a reliable source of clean energy. The S-82 wind turbine is designed to operate safely in a variety of climates, from hot, dry deserts to humid coasts.

The project activity by Andhra Pradesh Power Generation Corporation Limited, hereafter refereed as APGENCO, entails phase wise installation of six run of the river hydroelectric power units, each of 39 MW capacity, on an existing reservoir where the volume and flooded area of the reservoir, built since 1992, was not increased. The first unit was commissioned in August 2008.  The power units are installed across Krishna River near Revulapally village in Mahaboobnagar district of Andhra Pradesh. The project includes construction of electric sub-stations, fabrication and installation of six hydroelectric units of 39 MW capacity each. The plant will have the total installed capacity of 234 MW. The power generated will be exported to AP State grid, which is part of Southern region (SR) grid in India. The Project will generate emission reductions by displacing electricity generation from grid connected fossil fuel-fired power plants that would otherwise be generating electricity.

Hydro Power Project In Backward District Of Andhra Pradesh, India

APGENCO's project involves the installation of six hydroelectric units, each with a capacity of 39 MW, on an existing reservoir without increasing its volume or flooded area. The project will generate emission reductions by replacing electricity generation from grid connected fossil fuel-fired power plants. The total installed capacity of the plant will be 234 MW, and the power generated will be exported to AP State grid.

The project activity consists in electricity generation by renewable source (hydro), through the construction of small hydropower plants (SHPs) located in the Júlio de Castilhos and Salto Jacuí municipalities, both in Rio Grande do Sul state – south region of Brazil.  The Engenheiro Ernesto Jorge Dreher SHP has an installed power of 17.95 MW and a new reservoir which in its higher water level occupies an area of 0.83 km2.  The Engenheiro Henrique Kotzian SHP has an installed power of 13.230 MW and a new reservoir which in its higher water level occupies an area of 0.66 km2.  The project activity purpose is to provide electric power to the National Interconnected System - SIN (from Portuguese – Sistema Interconectado Nacional), displacing the thermal generation from fossil fuels presents in the system with the generation of renewable sources of energy.

Engenheiro Ernesto Jorge Dreher And Engenheiro Henrique Kotzian Shps VCS Project (Jun1120)

This project generates electricity using renewable hydropower plants in Júlio de Castilhos and Salto Jacuí, Brazil. The project includes two plants, the Engenheiro Ernesto Jorge Dreher SHP and the Engenheiro Henrique Kotzian SHP, with installed powers of 17.95 MW and 13.230 MW, respectively. The project aims to reduce the use of fossil fuel-based power generation and provide electricity to the National Interconnected System.

Inner Mongolia Jingneng Saihan Wind Farm Phase I Project (hereinafter referred to as the proposed project) is to utilize wind resources for electricity generation through the construction of a wind farm with a total capacity of 49.5 MW and a 220 kV substation in Saihantala Town, Suniteyou Qi, Xilinhot City, Xilinguole League, Inner Mongolia Autonomous Region, P.R.China.The electricity generated from the project will be sold to West Inner Mongolia Power Grid, an integral part of the North China Power Grid. The estimated annual net electricity output and average annual emission reductions of the proposed project are 124.497 GWh and 131,331tCO2e, respectively. The proposed project is a grid-connected renewable energy project.

Inner Mongolia Jingneng Saihan Wind Farm Phase I Project

The Inner Mongolia Jingneng Saihan Wind Farm Phase I Project is a renewable energy project that generates electricity through a wind farm with a total capacity of 49.5 MW and a 220 kV substation. The project sells the electricity generated to West Inner Mongolia Power Grid, while reducing an average of 131,331 tCO2e annually.

The project activity, Gullubag Hydroelectric Power Plant (HEPP), is located on the Coruh River in the East of Turkey, in the province of Erzurum, with total installed power of 96 MW. License application for the Hydroelectric Power Plant was made to the Energy Market Regulatory Authority and the Generation License was awarded in accordance with the Electricity Market Law (No: 4628) for a period of 49 years by the decision numbered EU/1054-1/770 on January 11th, 2007.

Gullubag 96 MW Hydro Electric Power Plant Project, Turkey

The Gullubag Hydroelectric Power Plant is a 96 MW project located in Turkey's Erzurum province. It was granted a 49-year Generation License in accordance with the Electricity Market Law, making it an important source of renewable energy.

The objective of Hebei Haixing 49.5MW Wind Farm Project is to generate renewable electricity using wind power resources and to sell the generated output to the Hebei Southern Power Grid. The project activity will generate greenhouse gas (GHG) emission reductions by avoiding CO2 emissions from electricity generation by fossil fuel power plants that supply the Hebei  Southern Power Grid, which is an integral part of the North China Power Grid.

Hebei Haixing 49.5MW Wind Farm Project

Hebei Haixing 49.5MW Wind Farm Project produced renewable electricity using wind power resources and sold it to Hebei Southern Power Grid, which helped to reduce greenhouse gas emissions. By avoiding CO2 emissions from fossil fuel power plants that supply the Hebei Southern Power Grid, the project activity contributed to the North China Power Grid's sustainability efforts.

The Henan Xinxiang 24MW Biomass based Cogeneration Project(hereafter, the project ) is located in Huixian County of Xinxiang City, Henan Province, China, and was implemented by Xinxiang Tianjie Bio-Power Generation Co., Ltd.  The project scenario is: the installation of 2*12MW cogeneration plants based on biomass residues; the generation of electricity with 126,709 MWh/yr supplied into Central China Power Grid (hereinafter as CCPG); the generation of heat with 909,200GJ/yr; and the utilization of biomass residues for cogeneration of power and heat. The project don¡¯t claim the emission reductions due to displacement of heat, therefore, this project will achieve GHG emissions reduction by displacing the equivalent electricity generated by CCPG with biomass residues fired cogeneration plant which has lower CO2 emission. In addition, CH4 emissions will be reduced by avoiding dumping of biomass residues. As a result, the project is estimated to achieve 123,858 tCO2e emission reductions annu

Henan Xinxiang 24MW Biomass Based Cogeneration Project

The Henan Xinxiang Biomass based Cogeneration Project generates electricity and heat using biomass residues, resulting in a reduction of GHG emissions. By avoiding the dumping of these residues, the project also reduces CH4 emissions. This project is estimated to achieve 123,858 tCO2e emission reductions annually.

The Hebei Kangbao Wolongtushan 30 MW Wind Farm Project (hereafter referred to as the Project) is located on the Wolongtu Mountain which is in the Kangbao County, Zhangjiakou City of Hebei province, P.R.China. The Project has geographical coordinates with east longitude of 41º51' and north latitude of 114º28'. The objective of the Project is to use wind power to generate electricity which will be sold into the North China power grid. The total installed capacity of the Project is 30 MW with 40 sets of turbines with a unit capacity of 750 kW (Goldwind-S50//750). The estimated electricity output to the North China power grid is 57,946 MWh per year.  The Project clearly fits into the development priority of China.

Hebei Kangbao Wolongtushan 30 MW Wind Farm Project

The Hebei Kangbao Wolongtushan 30 MW Wind Farm Project generates electricity by harnessing wind power and selling it to the North China power grid. With 40 sets of turbines and a unit capacity of 750 kW, the project has an installed capacity of 30 MW and is estimated to produce 57,946 MWh of electricity annually. It aligns with China's development priorities.

Ningxia Angli Lingwu Photovoltaic Grid Connected Power Plant Project (hereafter simplified as “the Project”) is a newly built grid-connected photovoltaic power plant with installed capacity of 39MWp (39.3397MWp precisely), which is located at Baitugang Country, Lingwu City, Ningxia Hui Autonomous Region.
The project will generate electricity by using renewable solar photovoltaic (PV) power to the NWPG and replacing equivalent electricity generated by fossil fuel fired power plants connected to the NWPG. The expected annual grid-in electricity is 54,000MWh, and the Project will achieve greenhouse gas (GHG) emission reductions by displacing equivalent electricity supplied by NWPG, which is predominated by fossil fuel-fired power plants. The estimated annual emission reductions are 48,402 tCO2e.

Ningxia Angli Lingwu Photovoltaic Grid Connected Power Plant Project

The Ningxia Angli Lingwu Photovoltaic Grid Connected Power Plant Project is a new solar power plant located in Ningxia Hui Autonomous Region. It has an installed capacity of 39MWp and will generate 54,000MWh of electricity annually while reducing greenhouse gas emissions by 48,402 tCO2e by replacing fossil fuel-fired power plants connected to the NWPG.

According to the Appendix B of the simplified modalities & procedures for small-scale CDM-project activities set by Executive Board of UNFCCC for Clean Development Mechanism Project under the Kyoto Protocol, the project is a small scale CDM project activity. The project activity is a renewable energy project with maximum output capacity of 2.9 MW (<15 MW, the maximum output for small scale project).

Bundled Grid Connected 2.9 M.W. Wind Power Project In India By Kamal Engineering Corporation [Unit Of Kec Industries Ltd]

This carbon project is a small-scale Clean Development Mechanism renewable energy project with a maximum output capacity of 2.9 MW. It falls within the guidelines set by the Executive Board of UNFCCC for small-scale CDM-project activities under the Kyoto Protocol.