Linuo's mono-crystalline mo©÷♥εdules have passed the ↑♠"runner-up"∏×; certification test ∞>and achieved Class 1 efficiency req¥€♦uirements.
Release Time:
2015-09-03
Recently, Linuo Photovoltaic Group φ£δ submitted 60-piece anε"&d 72-piece monocrysta✘☆★φlline high-efficiency mod♠↔ ≈ules to the National Solarφ$$₩ Photovoltaic Product Qua>ε♦lity Supervision and Inspect πion Center for CQC &q↔&uot;Top Runner" c✘↓ertification test. At presen↕¶ t, the inspection center has c ≤≈ompleted relevant tests, and the efficε>≠©iency level has reached CNCA /CTS0009:2♦✘≈÷014 "Photovoltaic Module C©✘onversion Efficiency Test and ≠ £Evaluation Method" first-l↔♣σevel efficiency requireme< ₽ nts.
Recently, Linuo Photovoltaic Group ★submitted 60-piece and☆¶ 72-piece monocrystalline high-eff♦¶iciency modules to the National Solar P∏"¥<hotovoltaic Product $™£≠Quality Supervision an↓λd Inspection Center fγ≠∞or CQC "Top Runner" certif →₩¥ication test. At present, the i↓ nspection center has complet♦☆αed relevant tests, and the efficienc £≥←y level has reached CNCA /CTS000±•<≥9:2014 "Photovolt♣∑aic Module Conversion Efficien₽"δ✔cy Test and Evaluation Method"α§; first-level efficiency requ"←irements.
On June 25, 2015, the National Adv 'anced Technology Photovoltaic β♠Demonstration Base in thδ±£πe Coal Mining Subsidence Areα↕★→a of Datong City, Shanxi Prov♠♣☆←ince became the first approved pr€§πoject of the "Photovol♠π>taic Top Runner" program of the<₩•≠ Energy Bureau. As of June 30, 2016, ®$★the Datong "Top Runner" ε±§project All 1GW projects in the first p✔§hase were successfully×€←" connected to the griφ±&d. This year, the Nationa↓≈±'l Development and ReΩ→form Commission launched a↔♦₹₹nother 5.5GW "Top R₩☆★unner" project, and the pr©♣φ✔oportion continues to increase. The market prospect is promising.
So how to define "top runner&σ★€quot;? According to the ε↓∞×"Energy Efficiency Top Runner Sy±≥stem Implementation Plan" ↔→↕αissued by the National>' Development and Reform Commi©∞∞ssion and other eight departmen $ts on January 8, 2015,≤Ω the so-called "energ±→∏"y efficiency leader" refers to prΩ™oducts and enterprises ¶with the highest ener∏ gy utilization efficiency within thΩ↕φ e comparable range or ↓γ$units. The National Developm¥Ω 'ent and Reform Commission will ©<formulate incentive policies wit★"h relevant departments to en™ ≤☆courage technology research and de≠'velopment, publicity and promot≠®αion of energy efficiency &quσπot;leader" products. The "Photovoltaic Leade₩φ&>r" is a specialπ ♠ program that promotes≤≥≈ the application of advanced photov£λ✔oltaic technology products and indu↔''strial upgrading, and stren≤∏©gthens the quality management of →∞ photovoltaic products and pro& λjects.
In 2015, "leader&quo←₽✔t; advanced technology products ¥>should reach the following indic→ €♣ators:
(1) The photoelectric conv↕αersion efficiencies of polycrystalli♦★γne silicon cell component∏s and monocrystalline silic←♦♦on cell components reach 16.÷♥γ5% and 17% respectively;
(2) The photoelectric conversio→•↓♠n efficiency of high-≤★α"power concentrated photovoltaicσε modules reaches more than 30%;
(3) The photoelectric conversion →¥γεefficiencies of silicon-based, co¥→pper indium gallium sel∞≈€±enide, cadmium telluride and other ©✘thin-film battery components reach 1π¶2%, 13%, 13% and 12% respec↔↓≈>tively.
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