The revised bid confirmed that BP Solar was no longer part of the Moree Solar Farm and that the remaining partners Fotowatio Renewable Ventures (FRV) and Pacific Hydro would take up the minority equity stake previously held by BP.
Acciona joins Moree Solar Farm Consortium after BP opts outMonday, February 27, 2012
ORPC to begin on-water deployment of Cobscook Bay Tidal Energy Project
ORPC plans to install the project over two years. Beginning next month, a single device TidGen Power System will be installed at the Cobscook Bay project site. A buried, underwater power and data cable will connect the TidGen device through the inter-tidal zone with an on-shore station that will be constructed on private property at the end of North Lubec Road.
ORPC to begin on-water deployment of Cobscook Bay Tidal Energy ProjectGE, JP Morgan to jointly invest $225 million in Capricorn Ridge wind farm
The Capricorn Ridge project is capable of generating enough electricity to power more than 220,000 homes while avoiding more than 952,000 metric tons of greenhouse gas emissions per year - equivalent to taking approximately 186,000 cars off the road - according to US Environmental Protection Agency methodology.
GE, JP Morgan to jointly invest $225 million in Capricorn Ridge wind farmAdvanced Energy to power six solar projects in Ontario
All the six projects are supported by the Ontario Power Authority's (OPA) Feed-in-Tariff (FIT) program. Under the program, the OPA purchases the solar electricity produced for a fixed rate over a 20 year term.
Advanced Energy to power six solar projects in OntarioITM Power to equip Boeing’s off-grid refueling station
ITM Power has had a dialogue with Boeing Research & Technology -Europe for several years and actually completed some of the early ground work that led to the inception of the off-grid solar-based refueling station for UAS
ITM Power to equip Boeing’s off-grid refueling station
ITM Power to equip Boeing’s off-grid refueling station
HyperSolar engages UCSB for renewable hydrogen and natural gas project
The agreement with UCSB will enable HyperSolar refine its solar-powered nanoparticle technology for generating zero carbon hydrogen and renewable natural gas using sunlight, water and carbon dioxide (CO2). The research project will be led by Professor Eric McFarland in the Department of Chemical Engineering at UCSB.
HyperSolar engages UCSB for renewable hydrogen and natural gas project
HyperSolar engages UCSB for renewable hydrogen and natural gas project
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