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 Hydroelectricity Power Plant (HEPP) is a renewable energy project that harnesses the power of the Peri Stream, located within the Tunceli and Elazig Provinces. The project's primary goal is to generate electricity, while reducing airborne pollutants and greenhouse gas emissions.

Key Highlights:
- The Tatar HEPP has a set capacity of 128.22 MWe, with two turbines capable of producing 64.11 MWe each.
- Annually, the project is expected to produce 429,560 MWh of electricity, which is enough to power thousands of homes.
- By utilizing the potential energy of the Peri Stream, the Tatar HEPP is reducing the need for fossil fuels and helping Turkey transition to a cleaner energy future.

This project plays a vital role in mitigating climate change by reducing greenhouse gas emissions. It is an essential step toward a sustainable energy future, as it promotes the use of renewable energy and reduces reliance on nonrenewable sources. Additionally, the Tatar HEPP is a source of local employment, as well as a catalyst for economic growth in the surrounding communities.

Grid-connected electricity generation from renewable sources

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.