Inauguration ceremony of ÷∑Linuo PV's testing laboγ ♥ratory
Release Time:
2023-06-20
On August 4th, Linuo Photovo☆ ✘™ltaic held a ceremony for φ§$σthe completion of the test₹♥♠ing laboratory at the second module ®↔♦factory. The operation of the laborator↓$↔y marks that the enterprise ha$₽s entered a new stage of∞≥£σ technological innovation and product q↑✘uality improvement.
On August 4th, Linuo Photovol¶γ®¶taic held a ceremony for th™e completion of the testing labora×₽✔tory at the second module facto∏÷εry. The operation of the laborator®✘ε"y marks that the ent♦→erprise has entered a new stage of t ≥echnological innovation and product qua★ lity improvement.
Based on the "Shan>dong Provincial Key Laborator®™≈y of High Efficiency Bat↑•®tery Technology", the testing l "Ω¥aboratory can conduct ™≈raw material testing, high-efficiency✔ and high-reliability component exper↔₹♣iments, outdoor simulation exper≠×→iments and other projects. I♠≈☆t is an important place for Linu↔®₹→o Photovoltaic Group to conduct ex"Ωperimental testing and anal★ελ→ysis. It is positioned to conduct a relati↑φvely comprehensive test on various ≈ raw materials and finiπ×₩shed products of components. The φ characteristics of raw materials §✔and finished products tha←t may affect the electrical peλββrformance, service life and reliaσα✔bility of components γ×→ to a large extent are t↕↔• he key points of detection. At the same©₽> time, the PV frontier Technology track≈∑®αing development. Building a complete testing laboraβ§÷tory with the goal of ÷♣™εimproving efficiency and reducing c≥↕' osts is an important plan for t£$σ<he company to enhance its resear∑ Ωch and development capabilities.
Finally, Yang Zhongchen, chλ>λairman of Linuo Photovoltaic Group, sa×λ ≤id that the completion of &∑€≈the laboratory will be a new star☆$ting point for the research and develop¥¥ment of Linuo Photovoltaic technology®δ✘. "Concept, regard customers as aε←n important resource for enterprγ♠→♠ise development, take "crea£±"ting value for customers"÷✘✘ as the mission, and effectively pλ>≥rovide customers with efficient ×<$¥solar power solution∏s.
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