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OMRON selects Ampt DC optimizers for integrated residential solar power solution

New offering brings cost, performance and rapid shutdown advantages to customers.

BYD takes its fully sustainable power solutions to SPI

BYD Company Ltd. is introducing its Fully Sustainable Power Solutions at the 2016 Solar Power International (SPI)–thelargest and most importantsolar power conference and expo in North America – held between September 12 and 15 in Las Vegas.

ViZn Energy Systems and The Ryan Company Announce Strategic Partnership

Zinc redox technology to be used for utility and commercial scale solar+storage

Ideal Power to Supply Power Conversion Systems for NEC Energy Solutions’ Newly Launched Distributed Storage Platform

Ideal Power Inc., , a developer of innovative power conversion technologies, was selected by NEC Energy Solutions to supply its award-winning power conversion systems for select configurations of NEC’s newly launched DSS™ distributed energy storage solution. This new distributed energy storage platform targets commercial & industrial customers and includes lithium-ion batteries, advanced software controls, and Ideal Power’s power conversion systems. The DSS™ is engineered as a modular, scalable system that will be offered by NEC in an easy-to-use package for solar installers, energy services companies and other parties seeking affordable battery systems that don’t require design and engineering expertise to put to use.

“We recognized the need for scalable, robust, and flexible energy storage solutions at the grid edge that don’t have to be engineered for each specific use case,” said Roger Lin, Senior Director of Product Marketing at NEC Energy Solutions. “Ideal Power’s 30kW systems were a great fit for the DSS™ energy storage platform because they provide the performance and features we required at a cost that keeps our overall system extremely competitive.”

“NEC is a pioneer in the energy storage business with over 120 MW of its utility-scale GSS® Grid Storage Solution deployed in commercial revenue service since 2009. With their new DSS™ distributed storage solution, NEC created a flexible, turnkey energy storage system for businesses in need of a bankable, proven solution from a leading global energy company,” said Dan Brdar, CEO of Ideal Power. “The compact size, features, and lifecycle cost-effectiveness of our power conversion technology plays a key role in enabling NEC to offer a modular, scalable system at a price point that will be highly competitive in the marketplace.”

Ideal Power’s power conversion systems are based on its patented Power Packet Switching Architecture™ ("PPSA™"), a revolutionary approach to power conversion that uses 100% indirect power flow to deliver a bi-directional, fully isolated conversion while eliminating a majority of the bulky passive components, such as the separate isolation transformer and bulk capacitors, that are used in traditional power conversion systems. Ideal Power’s technology is an excellent fit for NEC’s pre-configured, outdoor-rated DSS™ systems that give end users application and size flexibility.
www.idealpower.com

Hybrid solutions for Mini Grid Applications

Growing requests for Mini – Grid applications push Omron Inverter’s technology

SunSniffer – New module-level rapid shutdown solution in the market starting December 2016

In cooperation with LEONI and QC Solar, SunSniffer releases its first junction boxes with the special monitoring sensor AND a rapid shutdown function for solar modules.

ET Solar Powers Largest ACPV Project in USA

ET Solar, an advanced solar module manufacturer, announces that its AC modules have been selected by Energy Consultants Group (ECG) to power the largest ACPV project in the United States. The recently grid-connected 145 kWp ACPV rooftop project is in Cedar Rapids, Iowa, with ECG acting as developer and contractor.
ET Solar is a Tier 1 PV panel manufacturer, and its AC module system provides up to 25% more power yield compared to conventional PV systems, minimizing system-shading loss from trees and other obstructions on or near residential and commercial roofs. Another advantage of the ACPV system is its simplicity: PV system design and installation costs are reduced by up to 50%.

With the premium performance of ET Solar’s AC modules, the 145 kWp system will offset 65% of the energy the building requires from the grid. Reduced consumption, including a retrofit to LED lighting, may increase the offset to 85%. Moreover, the project will produce approximately 181,000 kWh of green electricity every year, offsetting 3,711 tons of CO2, which is the equivalent of planting 86,466 trees.

"This project breaks new ground for ET Solar in the American market," said Eric Zhang, Vice President of ET Solar’s Global Sales & Marketing. "With our premium modules and best-in-industry customer support, the 145 kW output almost doubles the previous US ACPV record, an 83.2 kW ACPV system installed at Harvard University, a system for which ET Solar also served as exclusive module supplier."

"Our relationship with ET Solar has been great; the support is there when we need it and they are prompt and attentive to our needs. It is rare in the PV industry to have this level of commitment with a module company," said Jason Gideon, President of ECG.

http://www.etsolar.com.

Solar Micro Inverters Market Revenues Poised to Increase at Over 16% CAGR Through 2026

The demand for solar micro inverters is expected to witness a significant upsurge on account of increase in the number of photovoltaic (PV) installations and the need to improve overall system efficiency and safety. In 2016, the global solar micro inverters market is anticipated to register a y-o-y growth of 11.4% over 2015, and reach US$ 488.2 Mn in terms of market value. The escalating demand for solar micro inverters will continue to penetrate the market for module-level power electronics, owing to falling prices and upcoming products.
The higher adoption of photovoltaic installations is a key factor driving the growth of the global solar micro inverters market. Moreover, rising preference for fully integrated PV modules or AC Modules, is anticipated to fuel the demand for solar micro inverters. The U.S. National Electric Code (NEC) also favours the usage of micro inverter technology and is driving the demand for micro inverters in the North American market. However, the use of power optimisers as an alternative to micro inverters can restrain the growth of the global solar micro inverter market.
On the basis of system type, the global market for solar micro inverters is expected to be dominated by Stand Alone system sales, followed by micro inverter systems sold for developing AC Modules, named as integrated systems. In 2015, the stand alone solar micro inverter systems procured global market share of 96.7%, and are expected to attain estimated revenues of US$ 471 Mn by 2016-end.

By end-user type, the residential segment of the global market will continue dominance over the commercial segment by attaining a market share of 76.2% in 2016. Among residential end-users, changing consumer preference for more efficient and safe inverter alternative will prompt the replacement of conventional inverters with solar micro inverters. Dropping prices and rising commercial scale PV installations will incite extensive growth in the demand for solar micro inverters among the commercial segment as well.

Due to the varying use of micro inverters across the world, global players are concentrating on regions where awareness about using renewable energy resources is higher. Robust adoption of PV storage systems in the U.S. will continue to fuel demand for solar micro inverters in North America, and the region is expected to attain market value of US$ 282.2 Mn in 2016. Moreover, Asia Pacific excluding Japan (APEJ) is expected to be a lucrative region for the growth of the global market. The growing trade of inexpensive inverters in China and India will boost the demand for solar micro inverters in APEJ region. The key players contributing to the growth of the global solar micro inverters market include, SMA, Darfon Electronics, ABB, APSytems, Chilicon Power, iEnergy, Enphase, NEP, SunPower, and Sparq Systems among others.

http://www.futuremarketinsights.com/reports/solar-micro-inverter-market

New executive to lead a new team to provide additional services and greater value for customers

Heraeus Photovoltaics today announced that Dr. Albert Lu has joined the organization as Global Head of Application Development. In this new position, Dr. Lu will be responsible for leading team to provide value added service solutions to customers, which will enable solar customers to fully capitalize on Heraeus expertise in photovoltaics and renewable energy technology to make their businesses more innovative and competitive.

Standard Solar Installs 9MW of Solar on High-Density Urban Rooftops in New York City and Washington, D.C.

Tony Clifford transitions to Chief Development Officer to reflect an increasingly critical role in project development, corporate strategy and policy

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