Battery Tray

Product Overview This liquid cooling plate is specially designed for energy storage battery packs. Made of high-quality aluminum alloy for excellent heat conductivity, it is precisely matched to 1P48S configuration and 314 cells, while the integrated steel frame enhances structural stability and load-bearing capacity. It efficiently dissipates heat to maintain stable battery temperature, ensuring long-term reliable operation of energy storage systems. Liquid cold plates have

Product Overview Designed specifically for 587Ah large-capacity battery cells, our liquid cooling plate is a high-performance thermal management solution that addresses the core thermal challenges of high-power energy storage systems. As the demand for large-capacity battery cells grows rapidly in the energy storage industry, the need for efficient, reliable, and safe thermal management becomes increasingly critical — our liquid cooling plate is engineered to meet and exceed

Product Overview Our Battery Pack Top Cover Casing is made of high-quality engineering plastics (including PA66, PPA, PPS, CFRTP, etc.) and processed by precision plastic stamping technology, combining the advantages of plastic materials and stamping craftsmanship. It serves as the core protective component of the battery pack, effectively protecting internal battery cells from dust, moisture, physical impact and chemical corrosion, while ensuring the overall structural

Product Overview With extensive experience in battery thermal management and aluminum brazing manufacturing, Trumony supports energy storage developers, integrators, and OEM manufacturers worldwide. Our solutions help customers improve cooling efficiency, optimize system integration, and accelerate ESS project deployment. The 1P104S Brazing Battery Liquid Cold Plates are professionally engineered for energy storage systems, adopting advanced brazing technology to ensure tight

Product Overview This ESS 1P52S aluminum battery lower enclosure is a liquid‑cooled structure designed for stored energy battery packs, constructed with high‑strength aluminum alloy and optimized for 1P52S configurations. It features efficient liquid cooling channels to deliver reliable structural support and stable thermal management for large‑capacity energy storage systems. It is widely applied in industrial & commercial energy storage, grid‑scale energy storage, renewable

Product Overview As energy storage systems (ESS) evolve toward higher capacity and tighter integration, thermal management becomes a decisive factor in system safety, performance stability, and lifecycle economics. The 104S ESS cooling plate is purpose-built to address the heat dissipation demands of 314Ah high-voltage battery packs, aligning with the 104-series (~400V) architecture widely adopted in containerized ESS. This standardization facilitates seamless grid integratio

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P48S energy storage battery packs. Integrated liquid-cooling channel, 960 x 580 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P52S energy storage battery packs. Integrated liquid-cooling channel, 1150 x 700 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P48S / 1P52S energy storage battery packs. Integrated liquid-cooling channel, 1020 x 610 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P52S energy storage battery packs. Integrated liquid-cooling channel, 1100 x 650 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P48S energy storage battery packs. Integrated liquid-cooling channel, 1120 x 680 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P52S energy storage battery packs. Integrated liquid-cooling channel, 1040 x 630 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P52S 314Ah energy storage battery packs. Integrated liquid-cooling channel, 1080 x 660 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P48S energy storage battery packs. Integrated liquid-cooling channel, 980 x 600 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P52S energy storage battery packs. Integrated liquid-cooling channel, 1050 x 620 mm, helium leak tested, ISO 9001.

Stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate for 1P48S energy storage battery packs. Integrated liquid-cooling channel, 1000 x 640 mm, helium leak tested, ISO 9001.

Extruded and friction stir welded aluminum battery tray bottom enclosure for 80S packs, 1150 x 680 x 145 mm, IP67 sealed, 110 units in stock.

Extruded and friction stir welded aluminum battery tray bottom enclosure for 108S packs, 1500 x 800 x 170 mm, IP67 sealed, 60 units in stock.

Extruded and friction stir welded aluminum battery tray bottom enclosure for 48S packs, 1060 x 616 x 120 mm, IP67 sealed, 150 units in stock.

Extruded and friction stir welded aluminum battery tray bottom enclosure for 60S packs, 900 x 560 x 130 mm, IP65 sealed, 220 units in stock.