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Solar Power in Dominican Republic


location
Dominican Republic
type
Avoided emissions with long-lived storage
sub-type
Solar
price (gbp per tonne co2)
19
certification
Gold Standard
objective

Installing solar power in the Caribbean to provide an alternative to fossil fuel driven electricity.

Global Goals for Sustainable Development (SDG)

Quality Education

Quality Education

Affordable and Clean Energy

Affordable and Clean Energy

Decent Work and Economic Growth

Decent Work and Economic Growth

About this project


This project is installing the largest solar power plant in the Caribbean. It provides a clean alternative to the fossil fuel powered electricity generation for the region. The project also creates local skilled employment, a visitors center and a fund for social and educational activities.

It is also assured that there will be no negative impact to the local environment from construction: at least an equal amount of native flora will be replanted next to the project site and there will also be additional plantation within the boundaries of the site.

The project activity consists of the installation of a 60 Megawatt photovoltaic Solar Energy Farm in the Monte Plata province in the Dominican Republic. The expected solar irradiation per year (with 1,490 kWh/kWp) is approximately one and a half times higher than in Switzerland. 100 Giga Watt hours (equal to the consumption of 20,000 households in Switzerland) of electricity will be produced per year thanks to the ideal solar radiation conditions. It is the largest solar power plant in the Caribbean and the first of its kind in the region. It produces renewable, locally produced electricity for around 50,000 households in the Dominican Republic per year. Almost 70,000 t CO₂ are being reduced per year. This is equal to preventing the burning of around 26 million litres of fossil fuels.

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Key Benefits


Decarbonises the local energy grid sustainably

Brings long-term environmental benefits to the local area

Criteria


Proven Causality
Additionality
Permanence
Secondary Impacts