Lead Recycling Threatened By Lithium-ion

The U.S. Society of Automotive Engineers (SAE) and the International Electrotechnical Committee (IEC) are proposing to develop standardized labels that are color-coded to allow for better identification between lead-acid and lithium-ion batteries.

eMotorWerks Announces a Universal Adapter That Converts Any Level 2 EV Charging Station into a Smart Charging Station

JuicePlug will enable smart-grid control of any third-party EV charging station and expand company's popular rewards program that pays EV drivers for charging their vehicle

Mouser Electronics and Grant Imahara Interview Infineon's Adam White about the Future of Energy Management and Storage

Global distributor Mouser Electronics teams up with Infineon and celebrity engineer Grant Imahara to present an exciting video spotlight interview on power management. To learn more, visit www.mouser.com/empowering-innovation.

Strong, compact and lightweight for optimised TCO: KACO new energy's blueplanet 50.0 TL3 INT.

More than ever, when constructing new systems it's all about bringing installation work, stable performance and costs down to a common denominator.

AlsoEnergy Introduces PowerPortal: Specialized Displays for Community Solar Projects

AlsoEnergy is constantly looking for ways to address evolving demands in the solar energy marketplace. Today AlsoEnergy announces another new option in the company product line: "PowerPortal" displays for community solar projects.

Saft lithium-ion battery systems enable domestic renewable energy generation in Puerto Rico

With renewable energy sources in high demand, Saft's battery containers provide more than 10 years of reliability to help stabilize Puerto Rico's island network as increasing levels of renewables are deployed.

The Road to Sustainable Energy in South America Could Lie in Electrical Grid Interconnection

With interconnection, the sizable hydroelectric resources of South America would allow a highly stable supply of low-cost energy at the regional level, enhancing competitiveness.

The Potential of Battery Storage Solutions for Domestic and Commercial PV Installations

The developments in battery storage systems being launched to the UK market this year will help to distribute energy more efficiently, and with the PV market in a state of flux following the reductions in the tariff rates, the battery storage developments should provide some stability to the trade.

EXPERTS DISCUSS TRENDS IN THE SOLAR INDUSTRY AT THE INTERSOLAR EUROPE CONFERENCE 2016

Receive a 25% discount on the participation fee from March 15 to April 15

Parker Power Conversion Technology Now Operating in Two Large Scale Energy Storage Projects in Europe

10 Megawatt Projects Initiated in Both Northern Ireland and The Netherlands Total Installed Capacity Reaches 225 Megawatts Globally

MIT develops nontoxic way of generating portable power

Battery substitutes produce current by burning fuel-coated carbon nanotubes like a fuse.

Northern Power Systems' advanced power converters selected by UniEnergy Technologies for a major energy storage project providing grid reliability

The battery, located in Pullman, WA near Washington State University and Schweitzer Engineering Laboratories (SEL), went online in April 2015. The project was funded in part by a grant from the Washington State Clean Energy Fund, now in its second round, and Avista matching funds.

Sunrun Launches Home Solar & Energy Storage Revolutionizing Solar as a Service

Sunrun BrightBox™ Gives Homeowners the Power of the Sun Day and Night

Ingeteam PV Testing Laboratory Joins Intertek's Global SATELLITE Program

Market Leader in Renewable Energy Improves Speed to Market as Newest Member

GE has figured out how to make solar power batteries using greenhouse gasses

Brad Reed for BGR:  We typically think of carbon dioxide as an unhealthy byproduct of our over reliance on fossil fuels. But what if CO2 could be used to help us move away from fossil fuels and toward renewable energy sources? GE Global Research has been working with the U.S. Department of Energy to come up with a way to use excess carbon dioxide produced by power plants to store extra solar power and deliver it back to the grid for later use. There are two major components to this solar power storage system: The first component captures solar energy and keeps it stored in molten salt, while the second component takes surplus electricity from the grid to cool off carbon dioxide to the point where it becomes dry ice. To keep the solar energy stored, the molten salt will then be released into the CO2, which will act as a battery capable of deploying power when needed. The CO2-molten salt mixture will then flow through a specially designed CO2 turbine that GE says “can generate as much as 100 megawatts of ‘fast electricity’ per installed unit.” The advantage of this system is that these turbines would be able to operate at night when there’s no solar power being directly absorbed.   Cont'd...

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