- Emission reductions from renewables, coupled with energy efficiency improvements, must be at the heart of any effort to limit global temperature rise to two degrees Celsius, according to a report released today by the International Renewable Energy Agency (IRENA). REthinking Energy 2015 – Renewable Energy and Climate, finds that achieving a 36 percent share of renewable energy by 2030 would result in half of all emission reductions needed to maintain a two degree pathway. Energy efficiency measures could supply the rest.
- Schneider Electric has signed a long-term international wind energy forecasting agreement with Vaisala, a global leader in environmental and industrial measurement. The agreement was signed following a competitive two-month live trial where Vaisala demonstrated superior performance in several key accuracy metrics across multiple forecast horizon times at several independent wind farm sites located throughout North America and Europe.
- Pattern Energy Group LP has announced its 122 MW Conejo Solar PV power project was awarded the Renewables Collaboration of the Year by the Chile International Renewable Energy Congress (CIREC). The award recognizes Conejo Solar as an innovative industry collaboration that will have a positive impact on development of the renewable industry in Chile. The Conejo Solar PV power project is being constructed approximately 30 kilometers east of Taltal in Chile’s Atacama Desert.
- Baseload Clean Energy Partners (BCEP), a clean energy portfolio owned and operated by AltaRock Energy, today announced the acquisition of Bottle Rock Power LLC. The Bottle Rock Power Plant was originally constructed as a 55-MW dry-steam geothermal plant situated on a 350-acre site in Lake County, California. BCEP purchased the remaining equity in the plant and associated leases for an undisclosed sum from Riverstone Holdings and U.S. Renewables Group. The company plans to upgrade the existing facilities to include energy storage in an effort to better manage supply and demand on the power grid.