The systems are expected to generate enough electricity to meet as much as 50 percent or more of annual electricity demand at the three sites.
Marks Highest Efficiency for a Back Contact Silicon Solar Cell
Production is scheduled to begin in April 2014.
The 8.4 MWp solar project is close to the village of Bridgewater in Somerset, about 40 miles southwest of Bristol.
Ministers urged to back "renewables first" approach to ensure best deal for UK economy
IREC has identified a need to differentiate between certification and certificate programs
Trina Solar a global leader in photovoltaic modules, solutions and services, announced today that researchers from Trina Solar and the Australian National University have jointly developed a new high-efficiency solar cell. The laboratory scale Interdigitated Back Contact cell was developed at the Australian National University Centre for Sustainable Energy Systems under a research and development contract with Trina Solar through a collaboration contract with the Solar Energy Research Institute of Singapore. After two years of research, funded by Trina Solar, the ANU has developed, with contribution from Australian consulting firm PV Lighthouse, an IBC silicon solar cell, which was independently tested by the Fraunhofer CalLab in Germany to be able to deliver an efficiency of 24.4%, putting it among the most efficient solar cells to date. Trina Solar is now developing a commercial version of the IBC solar cell as well as an IBC PV module. The commercial cell has already reached an efficiency greater than 22% for a 125mm by 125mm IBC solar cell, and 238W for an IBC PV module (based on 72 cells), which was independently tested by the National Center of Supervision and Inspection on Solar Photovoltaic Products Quality of China. Though it is currently in laboratory scale, the new solar cell will soon be ready for industrialized mass production.
The Advanced Fluidized Co-Digestion and Co-Generation (AFC2) anaerobic process from BioConversion Solutions (BCS) provides up to 90 percent conversion of organic feedstock solids with no residual sludge. The AFC2 profitable and scalable biomass conversion process is designed for the agribusiness, food processing, commercial co-digestion, and waste management industries.
Interactive presentation invites members of the audience to propose the changes they'd like to see delivered by energy policy, with the impacts revealed using DECC's 2050 energy calculator
Robert Holz, of Baldwinsville, NY, has accepted the position of account executive-solar for GEM Inc.'s GEM Energy Division in Baldwinsville, NY.
EU targets on waste mean the waste treatment sector is seeing sustained growth as nations look to enhance their infrastructure. Sustainability Live's David Copeland highlights how innovative British companies are driving progress in the waste-to-Energy (WtE) market, ahead of Energy Recovery 2014.
Energy efficiency is an overriding concern for organisations of all sizes and across every sector. Ahead of NEMEX 2014, Sustainability Live's David Copeland examines the factors driving demand for energy management and looks at some of the British companies driving technology innovation and energy e
The Saf-D-Grid® Ultra Short Receptacle is now being manufactured in a halogen free, high temperature housing material to meet equipment manufactures' desire to offer eco-friendly devices.
Morgan Advanced Materials Electrical Carbon business announces that its range of carbon brushes are ideal for wind turbine applications, with new designs and materials that are resulting in longer brush life and increased generator uptime.
Morgan Advanced Materials offers quality slip rings that ensure superior wind turbine life and performance
Morgan Advanced Materials Electrical Carbon business announces that its quality engineered slip rings, can reduce down time and improve the life of equipment whilst reducing maintenance time and costs.
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