EDF Renewable Services Enters Into Balance of Plant Contract for Mesquite Creek Wind
The 118 General Electric (GE) 1.7 MW turbines are expected to be fully operational and generating renewable energy in the second quarter of 2015.
Canadian Solar Announces C$51 Million Construction and Term Financing from Manulife
The RayLight project will be acquired by Concord Green Energy Inc. ("Concord") after commercial operation. BowMont Capital and Advisory acted as the Financial Advisor to Concord.
Mercom Capital Group Reports Solar Q3 2014 Funding
$9.8 Billion in Total Corporate Funding, $326 Million in VC Funding
Solar Energy UK: aleo solar GmbH presents new module with excellent weak light behaviour
While weak light reduces the efficiency of conventional monocrystalline or polycrystalline solar modules by three to five percent, aleo solar's new 300 Watt modules maintain the same level of efficiency even in diffuse or dim light.
Baker Electric Solar Installs Cutting-edge 8.1 kW Solar Tracking System
San Diego-based Baker Electric Solar is pleased to announce it has installed its first SolarTrackr DUO solar system. The Wovn Energy solar tracker product points the system's solar panels towards the sun all day increasing efficiency.
PVinsights : Multi module price gets better as the notable China demand improvement.
Overall multi module price steps up this week because the demand of China recovers gradually, but mono module price keeps stable this week. In Japan, the demand on modules shrinks notably as some Japanese power companies stop connecting solar power systems into their electricity grids.
SPI 2014 - Array Technologies sets the stage for upcoming solar tracker innovation at SPI 2014
ATI to lead the tracking (r)evolution from Booth 1042
North American Distributed Energy Resource Software Market to Reach $110M in 2018
As distributed energy resources proliferate, DERMS will become increasingly necessary as tools for grid management.
Why Solar Power Is Taking Off At Airports Across The Country
“Airport interest in solar energy is growing rapidly as a way to reduce airport operating costs and to demonstrate commitment to sustainable airport development,” says the website of Harris Miller Miller & Hanson Inc., a consulting firm that helped write the FAA’s regulatory guidance for solar power at airports.
Right now, airport operating costs are high, so high that the majority of airports lose money every year. A substantial portion of those costs come from energy use. In fact, the Airport Cooperative Research Program says airports are one of the largest public users of energy in the country. In terms of expenses, energy is often the second largest operating expense, exceeded only by personnel, according to the ACRP.
One way to reduce energy costs is simply to reduce electricity use, which is why many airports have taken to installing solar projects. That’s because when the initial cost of the installing the project is paid off, the airport essentially provides free electricity to itself, disregarding the cost of maintenance.
That scenario, however, is only possible if the airport decides that it would like to privately own the solar operation — something that does not happen widely in the United States due to the substantial cost involved. What happens far more often is that airport solar projects are owned by private companies, which unlike airports, are eligible for tax credits. The airport, in most cases, acts solely as the property owner.
PVinsights : Japanese solar power is on hold in October 2014, due to the gird connection pending.
Okinawa Electric Power Company from August 8, 2014, Kyushu Electric Power from September 25, and three shikoku power companies, Hokkaido Power, Tohoku Power from October 1, are pending the solar power grid connection procedure. Although it is five now, but there is also a view of "further expansion
A123 Sells Battery Materials Manufacturing Assets to Johnson Matthey
Transaction enables greater technology diversity in A123's product portfolio
Australian Conservation Foundation Goes Greener with the Enphase Microinverter System
High-tech solar system for iconic Green Building in Melbourne
Cleantech Group Unveils the 2014 Global Cleantech 100 List
Industry-leading analysis recognizes top private companies in clean technology
sPower and Camborne Capital Acquire First Solar PV Project in the UK
RGE Energy sells 7MWdc PV Project in South Wales to sPower and Camborne Capital
FuelCell Energy Awarded a Contract to Evaluate New Potential Applications for Direct FuelCell(R) Power Plants
A global energy company awarded the contract.
Records 6856 to 6870 of 24417
First | Previous | Next | Last
Solar & Wind - Featured Product
IMO Precision Controls - Keeping Solar Safe
The IMO FireRaptor provides three forms of Solar Panel Rapid Shutdown to ZERO VOLTS in case of fire or other emergency: Manual Panel Shutdown to 0V Operated from Ground Level, Automatic Panel Shutdown to 0V at >85°C (185°F) Temperature, and an automatic Panel Shutdown to 0V on External Power Loss. The FireRaptor can be installed without any set-up and with any string inverter as its functionality is completely independent. "Plug & Play" style installation using industry standard connectors is easy, whether fitted to new installs or retrofitted to existing projects to upgrade fire safety functionality. Meeting NEC2017's regulation to switch DC current at the PV panel in under 30 seconds, FireRaptor is remains one of the safest and most effective means of isolating DC current at the source, and the only rapid shutdown with a 20 year warranty.
