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Home > Domains > SmartGrid and Energy Management
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Welcome to ARC Smart Grid & Energy Management Knowledge Center! Global market intelligence and advice for topics such as: Advanced Metering Infrastructure (AMI), Smart Grid Applications, Communication Networks, SCADA Systems, Substation Automation, Demand Reponse Systems, Electric Storage Systems, Distributed Generation, and Cyber Security. ARC's industry leading experts closely monitor Smart Grid and energy management solutions from all major suppliers around the world. |
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3/3/2010
GridPoint, Inc., an established leader in smart energy solutions, announced that it has completed its acquisition of Standard Renewable Energy (SRE), a leading provider of energy efficiency and renewable energy solutions, for an undisclosed sum. The move advances GridPoint’s commitment to transforming the production, distribution and consumption of energy to create a more efficient and clean power system.
The acquisition of SRE will expand GridPoint’s offerings to include installation and integration of solar and wind systems, energy audits and weatherization solutions, as well as augment the company’s commercial and industrial sub-metering and energy management product suite.
2/24/2010
Schneider Electric’s Renewable Energies Business announces the launch of the Schneider Electric Xantrex GT30 Grid-Tie Solar Inverter, a three phase power inverter that delivers 120/208 Vac out of the box and can be used as a building block for larger systems.
The Xantrex GT30, weighing in at only 165 lbs (75 kg), is a 30 kW high-performance inverter that makes utility-interactive installations easier and more cost effective. It features a transformerless design, superior PV energy harvest, easy installation, and an ultra-lightweight package.
Physically compact compared to competitive offerings, the wall-mounted Xantrex GT30 is housed in a corrosion resistant, outdoor rated cabinet, comes with AC and DC switchgear to reduce installation expense and can easily be paralleled for larger PV power plants. 2/17/2010
SunPower Corp. announced that it has signed a definitive agreement to acquire SunRay Renewable Energy, a leading European solar power plant developer with offices in Europe and the Middle East, including a principal project office in Rome. SunPower will acquire SunRay from its shareholders, which includes its management and Denham Capital. Upon closing the transaction, SunPower will acquire a project pipeline of solar photovoltaic (PV) projects totaling more than 1,200 megawatts (MW) in Italy, France, Israel, Spain, the United Kingdom and Greece. The pipeline consists of projects in various stages of development. SunRay's power plant development and project finance team consists of approximately 70 employees.
The total consideration for the acquisition is approximately $277 million, including $235 million in cash and $42 million in a letter of credit and promissory notes. SunPower has sufficient cash to close the transaction and does not intend to raise equity capital to finance the acquisition. The company will provide specific financial guidance regarding the positive impacts of the transaction during its fourth quarter and fiscal year 2009 earnings conference call in March. The parties anticipate closing the transaction, which is subject to customary closing conditions, in the first half of 2010.
General Electric (GE) confirmed that it has filed a patent infringement complaint against Mitsubishi Heavy Industries Ltd. (MHI), in U.S. District Court, Northern District of Texas, Dallas Division. In the complaint GE alleges that MHI infringes on two additional patents. This announcement follows Mitsubishi's decision to make a push into the U.S. wind market.
GE said that it plans to appeal the most recent USITC determination that there was no violation.
GE said that it believes that there are multiple areas where MHI’s 2.4 MW wind turbines infringe on GE’s 148 existing patents. Patents infringed by MHI include:
· GE’s patented zero voltage ride through technology system that helps wind turbines remain connected to the electricity grid when grid voltage drops to zero.
· GE’s patented bed-frame for supporting the weight of the rotor, gearbox and drive shaft.
In 2008, GE filed a complaint with the U.S. International Trade Commission’s (USITC) alleging that MHI's 2.4-megawatt (MW) variable-speed wind turbines infringed two patents owned by GE, violating Section 337 of the U.S. Tariff Act of 1930. GE later amended its complaint to allege infringement of a third patent also owned by the company.
Last year, the USITC ALJ issued an ID finding MHI's wind turbines in question infringed all three GE patents and violated Section 337 with regard to two patents. No violation of Section 337 was ruled concerning the remaining patent because GE has not actually used the patent in the U.S. Subsequently both MHI and GE filed a petition for review of the ID by the USITC.
On January 8, the USITC issued a notice of Termination of Investigation with Final Determination of No Violation. GE said that it plans to appeal the most recent USITC determination that there was no violation. GE's initial review of the Commission’s determination indicates errors that provide grounds for an appeal.
GE owns patents pertaining to many aspects of wind technology, including fundamental system, component, and grid operability technologies and has licensed certain patents to a number of wind turbine manufacturers. The technologies covered by these patents provide major benefits for customers including improved performance, increased energy production and improved grid stability. 2/16/2010
Areva said that it will acquire 100% of Ausra, provider of large-scale concentrated solar power solutions. This acquisition launches Areva's new global solar energy business, and the company said that it reflects Areva's strategic objective to be the world leader in concentrated solar power (CSP) and will further strengthen and diversify its renewables portfolio.
This acquisition is expected to close in the next few months, subject to customary regulatory approval. Ausra will continue to operate out of its existing Mountain View, California headquarters.
Ausra's Compact Linear Fresnel Reflector (CLFR) solar steam generators are designed for existing fossil-fired plants, new standalone solar and solar/fossil hybrid power plants and for industrial process steam customers. Ausra is the first solar steam boiler manufacturer to be awarded the ASME 'S' Stamp the industry hallmark of acceptance and certification.
The market for concentrated solar power plants is expected to grow substantially in the next decade with an average annual growth rate of 20% and should reach an estimated installed capacity of over 20 GW by 2020. With this acquisition, Areva is planning to capture large market share in the emerging sector. 1/12/2010
Power-One, Inc., a leading provider of renewable energy and energy-efficient power conversion and power management solutions, announced that it has delivered its 2.5 megawatt (MW) Inverter (“Generator Control Unit”) for use in large off-shore and on-shore wind turbines to a leading US wind turbine manufacturing company. It is expected that the inverters will be deployed in an off-shore European multi-gigawatt (GW) wind farm under development.
The units are currently available for production and are compatible with a wide range of wind turbines. The 2.5 MW inverter incorporates innovative IGBT-based design and delivers power to the grid from Permanent Magnet Generators (PMG). Power-One’s 2.5 MW inverter has the following unique features:
· Medium voltage 5,500 VDC: lowers cabling investment
· Liquid-cooling: industry leading density (10W/in3) and higher reliability
· High conversion efficiency (98.5% at full load): increased power delivery to the grid, enabling higher return on investment
· Modular design: permits flexibility in sizing multiple inverters for wind power generators in excess of 10 MW
· Low output voltage harmonics distortion (THD<3%): provides higher power quality delivered to the utility grid
With its commitment to offering a complete line of Renewable Energy products, Power-One’s technology is applicable to large commercial and utility installations in the Photovoltaic (PV) market as well. The liquid-cooling technology, as well as other technologic enhancements that were designed for the 2.5 MW wind inverter, are being incorporated into the next generation of Power-One’s commercial solar inverters. With the launch of the 2.5 MW inverter, Power-One now provides inverters for large and small wind, as well as a complete array of PV products, ranging from residential to commercial and utility-grade. 12/16/2009
Power-One, Inc., a leading provider of renewable energy and energy-efficient power conversion and power management solutions, has announced that it is introducing four new Outdoor PVI-Central Commercial Photovoltaic Inverters for installation in North America. These modular inverter models, in rugged NEMA3 rated enclosures, are the PVI-CENTRAL-150-US-480, PVI-CENTRAL-200-US-480, PVI-CENTRAL-250-US-480, and PVI-CENTRAL-300-US-480 providing outputs of 150kW, 200kW, 250kW, and 300kW, respectively.
These inverters are the most recent additions to the PVI-CENTRAL Series of inverters which share a unique combination of high efficiency, CEC 96%, and high reliability. Attributes like these and others have made the PVI-CENTRAL a highly regarded commercial and utility inverter with a capacity of over 330 Megawatts already installed in Europe and Asia.
The new PVI-CENTRAL models feature a Master-Slave configuration that allows the unique possibility of internal redundancy with no functional impairment in case of failure. These products offer flexibility such as when the PV array is not grounded the PVI-CENTRAL can be configured in a Multi-Master Mode with multiple MPPT controllers for improved array control, reduction of panel mismatching, and reduction of energy production losses in the event of partial shading.
Additional benefits of the new PVI-CENTRAL models include: low acoustic noise based on high switching frequency, full power rating up to 40 ºC, ease of maintenance, and cost-effective spare part management due to the communality of parts used throughout the entire series. 12/11/2009
The Soitec Group, a leading supplier of engineered substrates for the microelectronics industry, announced that it has signed an agreement to acquire privately held Concentrix Solar GmbH, a leading provider of concentrated photovoltaic (CPV) solar systems. With this acquisition, and in line with its strategy, Soitec is entering the fast-growing solar industry; capturing value through the system level; and expanding its revenue base as worldwide demand for CPV systems is anticipated to ramp up strongly in the coming years. Soitec’s technologies in engineered substrates are key to improving solar cell performance and therefore strongly complement Concentrix’s expertise in high-efficiency CPV systems for solar power plants.
This combination will deliver an even more attractive and competitive value proposition to satisfy the growing needs of renewable energy. Additionally, the transaction includes access to the high-efficiency concentrator solar cell technologies from the Fraunhofer Institute for Solar Energy Systems ISE. Simultaneously, Soitec has signed a strategic technology alliance with both the Fraunhofer ISE and the CEA-Leti.
Based in Freiburg, Germany, Concentrix was founded in 2005 as a spin-off company of the Fraunhofer ISE. Soitec has acquired circa 80 percent of the shares, valuing 100 percent of Concentrix at € 55 million. The remaining 20 percent of the shares continue to be owned by the Fraunhofer ISE and the company’s founders and senior management. Upon closing of the transaction, Concentrix will retain its staff and will operate within a new photovoltaic business unit of the Soitec Group, which is expected to be significantly accretive to the total Soitec Group’s growth.
The transaction values 100 percent of Concentrix at € 55 million with an earn-out option based on sales growth performance in 2010. The agreement also contains put-and-call option rights on the remaining 20 percent of Concentrix shares currently owned by the Fraunhofer Institute, Concentrix founders and senior management. 12/10/2009
Technology used in GE’s wind turbines, known for proven performance and reliability, is now bringing similar benefits to large-scale solar photovoltaic (PV) systems. Building on a platform of power electronics, monitoring and controls that enhance wind energy grid integration, GE has developed a 600 kW solar inverter, which includes grid-friendly features to deliver performance in large-scale solar installations similar to conventional power plants.
Based on the proven design of the power converters that GE manufactures for its fleet of 12,000+ 1.5-megawatt wind turbines, the new solar inverter is suited for use in the multi-megawatt solar projects that are becoming an increasing percentage of new installations.
GE’s wind converters include control functions that enhance integration—a requirement to meet grid codes. SunIQ, GE’s suite of solar plant monitoring and controls, can manage voltage in a similar way.
While some software changes were needed to modify GE’s wind converter technology for solar applications, the hardware has remained nearly the same, enabling GE to leverage its expertise in the manufacture of its extremely reliable wind converters. Engineering and design were completed at GE’s controls center of excellence in Salem, Va. The company already makes 4,000 wind converters annually and has increased production at the Salem facility to include solar. In addition to experience, GE offers the global resources necessary to effectively maintain high levels of performance in large-scale installations, including a global services organization, 24/7 remote monitoring and diagnostics centers and parts support. 11/25/2009
Telvent, the IT company for a sustainable and secure world, and Trilliant Incorporated, a leader in delivering Smart Grid solutions that enhance energy efficiency, utility operations, and renewable resource integration, today announced successful interoperability between Telvent’s suite of real-time monitoring and control solutions and Trilliant’s SecureMesh communications infrastructure. This validated integration will increase reliability and lower the cost of operating electric distribution networks.
Key to the success of widely deployed distribution automation and control devices is a high-bandwidth, low-latency network that can handle a variety of end points with real-time performance and security. This enables utilities to securely perform condition-based monitoring of those assets.
Together, the solutions enable utilities to advance automation of electric energy distribution towards a true Smart Grid. By developing the capability to use broadband-scale, fully integrated networks with a range of substation and beyond-substation devices, Trilliant and Telvent have simplified deployment and reduced the cost of network monitoring and control.
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