China has 100 national‑level coastal development zones, forming a hundred‑billion‑dollar market for renewable energy. However, coastal chemical industrial parks bring extremely harsh operating conditions for photovoltaic equipment. Traditional solar modules suffer multiple threats: strong winds and huge waves, microbial fouling, corroded junction boxes, and bird droppings. Conventional PV panels face high failure rates, material damage and heavy maintenance costs, and cannot deliver stable long‑term performance in marine environments.

HT-SOLAR offshore photovoltaic module HT66‑210R(ND) (630‑650 W) is purpose‑built for complex offshore scenarios. It adopts ultra‑weather‑resistant double‑coated glass and special POE encapsulant film, achieving near‑zero water permeability, whose water‑vapour transmission rate is only 1/6 of ordinary EVA film. Supported by integrated high‑seal junction boxes and low‑water‑permeability potting glue, moisture is effectively blocked. Corrosion‑resistant high‑strength composite frames plus full‑chain anti‑salt‑fog design cover frames, bolts, silicone and connectors to build multi‑layer protection.

This module has passed 3‑times stricter IEC reliability tests, together with strict salt‑mist, ammonia and dust resistance validation. Real‑site performance has been proven in Yellow Sea fishery‑PV hybrid projects. It integrates high mechanical impact resistance, superior sealing property, high power output and excellent bifacial power gain, ensuring steady power generation under coastal corrosive atmosphere.

It perfectly fits pile‑type offshore photovoltaic plants, coastal industrial parks and fishery‑PV complementary projects. For coastal chemical parks, it supplies stable clean power while resisting salt‑fog corrosion and helps enterprises hit carbon‑reduction goals. For fishery‑solar projects, it realises dual‑value utilisation of water space.

Replace fragile ordinary solar panels. Shenzhou offshore PV modules tackle core pain points including corrosion and water penetration, cutting whole‑life‑cycle maintenance expenses. It acts as the reliable stable backbone for green coastal industrial parks and speeds up the low‑carbon energy transition across coastal regions.