Trina Storage Unveils 50MWh Energy Storage System for Groundbreaking Fishery-Solar-Storage Project in China

Trina Storage’s Milestone in Sustainable Energy Solutions

Trina Storage, a global frontrunner in energy storage solutions, has marked a significant achievement by delivering a cutting-edge 50MWh energy storage system for an innovative fishery-solar-storage project in Tianmen, Hubei province, China. The successful grid connection of this venture showcases Trina Storage’s prowess in advancing sustainability through integrated solutions.

Technological Marvel – Blending Fishery, Solar, and Storage

The project, spanning fish ponds, integrates 400MW of photovoltaic (PV) capacity with a 1500 VDC energy storage system. Comprising ten 2.5MW/5MWh Trina Storage battery cabinets, the project employs precision thermal management technology, ensuring uniform heat dissipation and prolonged battery lifespan at rack level.

Advancing Sustainable Farming with Technology

This groundbreaking initiative not only generates power on water but also facilitates underwater fish breeding, harmonizing sustainable farming practices with technological innovation. Beyond environmental benefits like land preservation and emission reduction, the project enhances corporate productivity and boosts farmers’ income.

Trina Storage’s Commitment to Technological Excellence

Trina Storage, known for its dedication to technological advancements, introduced the Trina Storage Elementa 2 at All-Energy Australia, a 4MWh energy storage system designed for utility-scale applications. This underscores Trina Storage’s commitment to delivering flexible, high-performance, and safe products, further solidifying its leadership in the solar and energy storage sectors.

With a vertically integrated production approach covering Trina-Cell, battery racks, and cabinets, Trina Storage ensures the reliability and safety of its offerings. This successful deployment reinforces the company’s dedication to propelling renewable energy technologies and supporting sustainable development, emphasizing its role as a key player in the evolution of modern power systems.

Source: prnewswire.com

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