Generating green energy
Osney Lock Hydro is predicted to generate more than 179,000 kWh of clean electricity annually. That’s equivalent to the electricity used by 55 homes. Although some CO2 emissions will result from the construction of the scheme, once operational this type of hydro has one of the lowest carbon footprints of all electricity-generation technologies, emitting very little or no CO2.[source: www.gasandoil.com]. An additional 6,665 kWh of green electricity will be generated annually by solar panels placed on the roof of the power house.
Generation to date
143,365 kWh Generation during first 12 months of operation (to 18 May 2016)
98,318 kWh Generation for 2015/16 financial year
225,137 kWh Generation for 2016/17 financial year
115,020 kWh Generation since start of 2017/8 Financial year (updated 20 March 2018)
438,475 kWh Lifetime generation (updated 13 March 2018)
Our financial year runs April to end March.
If the chart is blank, there has been no generation during the time period displayed.
We are likely to be operating if the river flow is over 5.5 m3/sec at the Farmoor gauging station.
The majority of the electricity generated by the hydro is planned to be sold to the Environment Agency, with the remainder exported into the national grid. Additional income will also be generated for the first 20 years of the scheme from the Feed-in Tariff. Income will cover the project running costs and loan repayments. It will also enable us to make interest payments to investors, without whose support the project would not be possible.
Generating £2m for community initiatives
Crucially, we aim to generate over £2 million of community benefit from the scheme during its forty year lifetime. By funding projects that help reduce energy use, support biodiversity and contribute to a more sustainable future, the impact of the hydro scheme will reach far beyond that of providing green electricity. We will provide shareholders with regular performance updates. Please note, all electricity and income-generation figures are predicted annual averages and assume the project has a 40-year lifespan.