Energy Storage North America 2015 Releases Full Conference Program
Industry-Leading Event Features More Than 40 Sessions With 150+ Expert Speakers And A Sold Out Expo Floor
Expert Exchange on Network Integration of PV and CSP
5th International Solar Integration Workshop, 19-20 October 2015 in Brussels
JuiceBox Energy Partners with San Jos through City's Innovative Demonstration Partnership Program
Demonstration Partnership project is an 18-month pilot program created by San Jos to take innovations and smart product ideas and plug them into networks and places.
Shunfeng Arrives With a Strong Commitment To The US Market
Our energy cost saving solution will have a very positive effect on the US economy as it will enable building owners to redeploy money they save to hire or retain more people or invest in equipment, and grow their businesses.
PowerOasis Integrates Panasonic HIT Technology In Resilient Power Solution
Panasonic's high efficiency solar panels part of hybrid solution Helping to power critical communications in Northern Europe
SUNRUN LAUNCHES NATIONAL PARTNERSHIP WITH GRID ALTERNATIVES
Leading Residential Solar Company Joins Non-profit to Provide Home Solar and Job Training to Low-income Families
SunEdison Partners With Eguana to Supply Battery Storage in Net-Zero Energy Home Pilot Project
Net Zero fleet will operate in unison to deliver value to the community and the local utility as directed by EPRI.
NEW ENGLAND'S LARGEST SOLAR CANOPY WILL MEET HALF OF BRISTOL COMMUNITY COLLEGE'S ENERGY NEEDS
3.2 Megawatt Solar Array Designed By Fuss & ONeill
New Electric Vehicle Chargers at UC San Diego Help Usher in the Future of Electric Vehicle Charging
"The expansion of our electric vehicle charging infrastructure complements our operations and research efforts while supporting the university and the states efforts to promote clean transportation."
Wind turbine technology stores excess wind power for when gusts turn to breezes
Megan Treacy for TreeHugger: A new technology developed by University of Nebraska-Lincoln electrical engineering doctoral student Jie Cheng solves both of those problems by harnessing the excess wind energy usually wasted as spillage and storing it for use when wind speeds dip, making wind turbines more efficient and consistent.
Cheng's system converts and directs the extra wind energy to an air compression tank, where the energy is stored until wind speeds dip below the maximum capacity. Using a rotary vane machine that is connected between the turbine's gearbox and generator, excess energy is diverted and stored in the air compression tank. When the wind dies down, the tank then kicks in and reverses airflow back to the rotary vane machine to generate electricity.
In a recent study of his prototype, Cheng found that a 250-kW system would produce an additional 3,830 kWh of electricity per week or an additional 16,400 kWh per month based on historical wind data from Springview, Nebraska. That extra electricity is about 18 times the monthly energy use of a typical American household. Cont'd...
Signature Building Systems Delivers Superior Energy Efficiency in Custom Modular Homes
Up to 30% more energy efficient than traditional site-built homes
SPI 15 - New Solar Career Mapping Tool Launched by IREC at Solar Power International
It explores an expanding universe of solar-energy occupations.
Global PV Module Revenue to Reach Record $41.9 Billion in 2016, IHS Says
"Compared to prior years, this period of strong growth in solar installation demand, coupled with tight supply, will support relatively robust pricing"
LG Chem Powers Energy Storage System for Solar Power Project in Southeastern United States
This project will assess the technologys ability to enhance the integration of a 1 MW solar PV system in Cedartown, Georgia.
Tigo Forms Strategic Partnership with Leading Korean Electronics Manufacturer Hansol Technics
"Integrating TS4 into our PV modules is the first step in building a lasting Hansol-Tigo partnership and we look forward to further expanding the relationship to feature Tigo-integrated inverters and energy storage systems in the future."
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Energy Storage - Featured Product
U.S. BATTERY RENEWABLE ENERGY SERIES DEEP CYCLE BATTERIES
Our RE Series batteries are designed to provide the highest peak capacity, longest cycle life, and greatest reliability for use in industrial or residential renewable energy applications. Renewable Energy Series batteries utilize the company's exclusive XC2™ formulation and Diamond Plate Technology® to create the industry's most efficient battery plates, delivering greater watt-hours per liter and watt-hours per kilogram than any other flooded lead-acid battery in the market. Our Deep Cycle batteries are engineered to work with solar panels as well as other renewable energy applications.
