Applied Energy Technologies (AET) Supplies 128 kW Rayport-B Roof Mounting System for Robert A. Young Federal Building PV Installation
The project, installed by Microgrid, is comprised of 416 solar modules to bring power to the businesses housed within the building.
Activation of option within contract signed in May 2014 with 50Hertz
Brownfield site hosts shared solar facility, supports City's climate and energy goals.
The tracker is the first combined forecast from IHS and Solarbuzz, which IHS acquired in November 2014.
Construction of the plant is underway in Hosoe on Kyushu Island, in the prefecture of Miyazaki.
The acquisition of Recurrent has increased Canadian Solar's total solar project pipeline by approximately 4.0 GW to a total of 8.5 GW, including an increase in its late-stage project pipeline by approximately 1.0 GW to 2.4 GW.
Report from UNEP-Frankfurt School analyses the 17% rebound in investment last year
Additional 4.4 million euros financing secured
Thirteen solar+storage projects will provide power to critical facilities in New Jersey
"When it comes to fighting climate change – the world's most serious long-term environmental threat – it's critically important for the United States to lead by example"
Ballard Power Systems today announced that, effective April 1st, 2015, the Company has appointed Mr. Jim Roche to the Board of Directors.
Vaisala 2014 solar study reveals role of extreme weather patterns in growing East-West productivity divide
Siemens to supply and service 130 wind turbines for Kay Wind project • Onshore wind power plant to be located in Kay County, Oklahoma • Clean energy for approximately 100,000 U.S. homes
Learn all about electrochemical impedance spectroscopy, and how it can be effectively used for battery analysis such as measurement of internal resistance, electrode surface capacitance, and leakage at different frequencies across the spectrum
The East Coast of the U.S. experienced up to 5% lower than average levels of solar irradiance in 2014, negatively impacting overall performance of solar sites in the region. Concurrently, the West Coast enjoyed irradiance levels up to 10% higher than average, widening the productivity gap between projects in the country's two areas of highest solar development. This disparity is clearly seen in the 2014 Solar Performance Maps of the United States, released today by Vaisala, a global leader in environmental and industrial measurement. While it is well-established that the solar resource of the East does not match that of the West, the Atlantic Coast has a large volume of operational capacity and it is therefore of critical importance for project operators in the region to understand the reasons behind below average energy output and whether it is due to malfunctioning equipment or weather variability. Vaisala's 2014 study illustrates the impact of short-term, month-to-month weather variations on performance at U.S. solar projects and places them into a long-term context. This reveals frequent and significant deviations from long-term average irradiance conditions and highlights the clear requirement to analyze the effect of solar resource variability on both over and underperformance. From an annual perspective, this year's weather patterns had an adverse effect on a large number of installations along the Atlantic Coast from Florida to Massachusetts, as well as Texas, while the bulk of projects in California and the Southwest saw an uptick in solar irradiance that may have increased overall 2014 production at many sites. However, these annual variations only offer a high-level view of project performance. Vaisala also conducted a monthly analysis that gives a much more robust understanding of how specific weather conditions affected solar production throughout the year.
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