Inauguration ceremony of Linuo PV&♦₹↓☆#x27;s testing laboratory
Release Time:
2017-06-05
On August 4th, Linuo Photovoltaic hel→Ω≠™d a ceremony for the• completion of the testinγ$©g laboratory at the secondσ module factory. The operat↑₹ion of the laboratory marks₩♦↑ that the enterprise has entered a n₽Ω'ew stage of technological innovationδ∑ and product quality improvement.
On August 4th, Linuo P♦™εhotovoltaic held a ceremony for th≈✘'÷e completion of the testing labor↕£≥atory at the second modul©§₩e factory. The operation of the laboratory ₩✘×marks that the enterprise has entere→&♣d a new stage of technol↑∏↓ogical innovation and produγλ'ct quality improvement.
Based on the "Sha≠←γndong Provincial Key Laborator¶βy of High Efficiency Battery Techn£€£₽ology", the testi"≤ng laboratory can conduct raw materiaδ×≈l testing, high-efficiency and h↔φigh-reliability component experim↓←∞ents, outdoor simula☆₩tion experiments and other projects.>≥ It is an important place for Linuo ≤✘Photovoltaic Group to con ±duct experimental testing and ana ©lysis. It is positioned to conduct a relative♦≠σ ly comprehensive test on vari"₹ous raw materials and finished produ®≈cts of components. The characteris♥÷tics of raw materials and ≤♠←€finished products that may∏₽ affect the electrical performance, ser$♠vice life and reliability of componen₽φ← ts to a large extent are •×≤the key points of detection. ®δ∏At the same time, the Pπ★✔V frontier Technology tracking developm↔¶£ent. Building a complete t'>≠¥esting laboratory with t₹₹he goal of improving eff±¥iciency and reducing costs isΩ↔ an important plan for the σ<≥company to enhance its resea&♦<rch and development capΩ→$abilities.
Finally, Yang Zhongchen, ch♦✔airman of Linuo Photovolπ€taic Group, said that the complΩ≤≈etion of the laboratory will be a ne&σ w starting point for the research an≤'↕ d development of Linuo Photovo ☆ltaic technology. "Con®<®cept, regard customers as an imp₹≠←≤ortant resource for ente♥≥π≈rprise development, take &quo£♥Ωπt;creating value for ∏♣★customers" as the mission, γ>←and effectively provide cus×γtomers with efficient solar p↔♠©ower solutions.
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