Hanwha Q CELLS Nearly Triples Solar Module Supply Agreement with Sunrun for 2016

Hanwha Q CELLS will become one of Sunrun's main suppliers next year providing up to 135 MW of modules, nearly three times their previously signed module supply agreement in 2015.

San Diego Expects to Save $22 Million with SunEdison

SunEdison to build 6.6 megawatts of solar in California's second largest city

Ontario IESO Contracts for Large Scale Flow Battery Storage with SunEdison

SunEdison's first large scale, grid-connected energy storage project helps the IESO plan the future of the grid --- Imergy Power Systems will supply its durable and cost effective vanadium redox flow batteries for the project

IBC SOLAR expands product portfolio with module technology from Tigo®

Turbo for IBC SOLARs Value-Added Modules offers efficient solution for PV systems

U.S. Solar Market Prepares for Biggest Quarter in History

A new report shows 2015 shaping up to be the United States solar markets best year in history with record-breaking fourth quarter projections.

DYNAPOWER ENDS 2015 WITH RECORD 75 MW STORAGE INVERTER BACKLOG

Worldwide installations exceed 250 MW, reinforcing industry leadership position

JuiceBox Energy Installs Storage System in San Diego

The system was installed at a private home in San Diego.

Younicos raises record $50 million to finance growth

Energy storage pioneer signs capital round with investments by First Solar and Grupo ECOS

PowerCell initiates pilot study on storage of hydrogen gas from excess electricity from wind and solar energy

- In cooperation with Wallenstam AB, Midroc Automation AB and Hydrogen Sweden

EES EUROPE 2016 ON COURSE FOR CONTINUED SUCCESS

Seven months ahead of the exhibition around 80 percent of exhibition space has already been booked

Siemens to supply offshore wind turbines to worldÂ's largest floating wind farm

• 30 MW "Hywind Scotland" project with five Siemens turbines of Six-Megawatt-class • Collaboration on floating wind turbines started in 2009

Saft marine Li-ion batteries will provide effective energy storage for ABB's new diesel-electric hybrid cable-laying vessel

ABB cable-laying vessel will be first in world to be fitted with Safts new generation liquid cooled high power Li-ion battery system ---- Saft energy storage system will backup cable outloading operations in port and provide propulsion assistance at sea

Businesses Seek Fuel Cells to Meet Sustainability Goals, Provide Reliable Power

New report highlights corporate fuel cell customers.

NEXT GENERATION ENERGY® RECEIVES ICC-SRCC OG-300 CERTIFICATION FOR SUN BANDIT® SOLAR PV WATER HEATING SYSTEM

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Tidal power: An inside look at how it works

From EnergyDigital:  Tidal power, a sister resource to wind, takes advantage of the predictability of the ocean tides to generate electricity, either via estuary barges or directly from the currents themselves via tidal streams. According to the Ocean Energy Council, the ideal area to net the most potential power is an area with a tidal range of at least seven meters. Energy can be generated via floating devices that drive hydraulic pumps, oscillating water columns within cylindrical shafts to create air movement, or hydropower turbines. The Pacific Northwest coast of the United States is an excellent location for tidal power, given its broad range of tide movement. According to Renewable Northwest, some areas of potential development include: • Makah Bay, Washington (by AquaEnergy Group) • Newport, Oregon (by Oregon State University / Oregon Department of Energy) • Tacoma Narrows (by Tacoma Power) • Puget Sound (by Snohomish County Public Utility District) The following sites are under development in Wales due to their wide tidal height variation and economically receptive marketplace: • Swansea Bay (by Tidal Lagoon Swansea Bay) • St. Asaph (by North Wales Tidal Energy & Costal Protection) As a whole, the UK has the potential for over 11,000 MW, a staggering amount given the relatively small landmass of the country. This makes it the single largest source of hydrokinetic power in Europe, enough theoretically support 10 percent of the world’s energy consumption.   Cont'd...

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