A 261 kWh liquid-cooled battery storage system with an integrated 125 kW power conversion system in a compact, modular design. Built for C&I installations, it combines safety, efficiency, and intelligent monitoring through JA's digital energy platform.

A DC-coupled 125 kW/261 kWh hybrid solar-plus-storage system that integrates PV input, storage, and energy management into one coordinated platform. Designed for factories, commercial facilities, and EV charging sites, it simplifies installation and boosts on-site renewable energy use.

A utility-scale, liquid-cooled battery energy storage system delivering up to 7.8 MWh per container with 93% round-trip efficiency. Built-in three-tier fire protection and AI-based diagnostics ensure safe, reliable operation at grid scale.

JA's next-generation back-contact module, combining BC, HJT, and TOPCon cell technologies on a single platform for record-setting efficiency. Its compact, high-density design makes it well suited for all-in-one system integration.

Built on Bycium+ 5.0 n-type TOPCon cell technology for up to 670W of power and 24.8% module efficiency. Its superior low-light performance and reliability make it well suited for AI data center (AIDC) power demands.

Built on Bycium+ 5.0 n-type TOPCon cell technology for up to 670W of power and 24.8% module efficiency. Delivers superior low-light performance and long-term reliability, lowering the levelized cost of energy versus its predecessor.

A bifacial N-Type TOPCon module built with BYCIUM+ cell technology and high-density encapsulation for higher power, efficiency, and lower degradation. Its reliable, low-light performance makes it a strong fit for hybrid inverter systems.

A bifacial N-Type TOPCon module built with BYCIUM+ cell technology and high-density encapsulation for higher power, efficiency, and lower degradation. This variant uses microstructured glass to further boost light capture and energy yield.

A bifacial N-Type TOPCon module built with BYCIUM+ cell technology and high-density encapsulation for higher power, efficiency, and lower degradation. This variant uses acid-etched glass to reduce reflection and improve low-angle light absorption.