Recently, Trina Solar Energy Co., Ltd. participated in the 2018 “Double Glass+” Innovation Contribution Excellent Enterprise Awards with Tianhe Intelligent Excellent Smart Photovoltaic Solution, and won the “Double Glass+” Leading Base Application Innovation Contribution Award. The industry leading position of Tianhe Intelligent Excellent Smart Photovoltaic Solution marks the recognition of Tianhe Intelligent Excellent Matching in the PV Runner Base.
In June of this year, Trina Solar won the bid for a 250 MW photovoltaic power generation project in Pingshun County, Changzhi City, Shanxi Province. The Trina Smart Smart Photovoltaic Solution will be applied to the project with the highest hardware configuration and integrated conversion efficiency of 20.67%. Trina Solar N-type PERT double-glass double-sided 335-watt monocrystalline silicon photovoltaic module, Nclave quality tracking bracket and industry-leading inverter.
Trina Smart Optima is a one-stop total solution for large-scale power plant development covering application scenarios such as ground and water. Solution integration core software, hardware equipment, providing integrated product design, integration and installation services, for owners and development Provides highly reliable system solutions and guaranteed high power generation yields.
Tianhe Intelligent Matching matches the corresponding high-efficiency components for different application scenarios, enabling components and tracking brackets to efficiently collaborate to achieve 1+1>2 effect, thus achieving system optimization. Simulation test shows that Tianhe intelligent matching DC side is the highest Can increase the system power generation by 30%.
The tracking bracket system used by TRW Smart is manufactured by Nclave, Spain. Nclave is headquartered in Madrid, Spain. It is the world's first photovoltaic tracking bracket enterprise. It has more than 12 years of experience in photovoltaic tracking bracket development, production and engineering design. , Advanced technology, excellent engineering design capabilities, business reached more than 20 countries on five continents, the global shipment of about 2.5 GW, was acquired by Trina Solar in May this year.
The 2018 'Double Glass+' Innovation Contribution Excellence Enterprise Selection Campaign was initiated by the China Photovoltaic Runner Innovation Forum to encourage and recognize companies that have made outstanding contributions to dual glass component technology and application innovation, dual glass power plant optimization design and intelligent operation and maintenance. .
The award ceremony was held at the just-concluded 4th 'Efficient Double-glass Power Plant Optimization Design and Equipment Selection Conference'. The conference was hosted by Shanghai Solar Energy Society, Changzhou Photovoltaic Industry Association, China Photovoltaic Leader Innovation Forum, and photovoltaic double-sided power generation technology. Co-sponsored by the evaluation and application promotion think tank cooperation organization, focusing on high-efficiency double-glass component power generation technology, system optimization design, leading base application, key equipment selection and other topics.
The Changzhi Photovoltaic Power Generation Project is one of the three technology leader bases for the third batch of PV 'Leading Runners' programs in 2017. With the start-up construction of the leader base in the second half of 2018, the high-efficiency double of the 'double glass +' cutting-edge technology is superimposed. The glass component will replace the traditional single glass component in a large area, and it is an ideal component choice for power station investors in the era of cost reduction and efficiency.
The PV 'Leading Runner' program is a special program for photovoltaic support implemented by the National Energy Administration from 2015. It will guide the technological progress and industrial upgrading of the photovoltaic industry by building advanced technology photovoltaic power generation demonstration bases and new technology application demonstration projects.