#China #Huasun Energy #HJT Technology #Xuancheng #Himalaya 760 HV

Huasun Energy Launches Himalaya 760 HV Solar Module

Huasun Energy has recently announced the launch of its latest innovation, the Himalaya 760 HV heterojunction solar module, which delivers a remarkable output of 760 W and has an efficiency rating of 24.5%. Designed for high-voltage systems operating at 2,000 V, this module marks a significant milestone in the solar energy sector, aiming to enhance the market's transition towards ultra-high power modules and yield higher system returns for customers.

A New Era for the Solar Industry

According to Xu Xiaohua, the president of Huasun, the photovoltaic industry is entering a transformative phase, where cost reduction at the system level and lifecycle value are key competitiveness drivers. The Himalaya 760 HV module is specifically optimized for large-scale utility projects and arid zone deployments, designed to maximize profitability through enhanced power output and high-voltage operation.

Maximizing System Efficiency

With the system voltage upgraded from the industry-standard 1,500 V to an impressive 2,000 V, the Himalaya 760 HV allows for substantial system-level optimizations. A simulated 100 MVA utility project in Hami, Xinjiang, demonstrated that this switch leads to:
1. A reduction in Balance of System (BOS) costs by approximately 0.1157 RMB/W (around $0.016 USD/W).
2. A decrease in the need for over 5,000 foundation pilings.
3. Significant improvements in land use efficiency.

Further analysis compared the HJT 760 W system with a traditional TOPCon 725 W system operating at 1,500 V, revealing that the 2,000 V configuration significantly diminished BOS costs by 0.1521 RMB/W (around $0.021 USD/W), resulting in an 11.95% savings and an increase in the project's Internal Rate of Return (IRR) by 0.86 percentage points. These enhancements translate directly into improved investment returns for large-scale solar projects.

Advanced Design and Scalability

The Himalaya 760 HV features a host of advanced design upgrades, such as a dual-string architecture utilizing 132 half-cells, large silicon wafers, negative spacing design, and high screen coverage. With an active area ratio of 95.8%, this module achieves approximately 20 W of power gain along with a 0.66% efficiency improvement. Moreover, to ensure safety and reliability at ultra-high voltage operation, Huasun has implemented a groundbreaking edge sealing process utilizing butyl rubber for superior insulation while maintaining efficiency. The module is fully compatible with existing high-efficiency production lines, requiring only minor equipment adjustments for rapid and stable mass production.

Setting New Standards in Solar Technology

With a power output of 760 W, efficiency of 24.5%, and a versatile 2,000 V platform, the Himalaya 760 HV sets a new benchmark for next-generation solar photovoltaic systems. Xu noted, "760 W is not an endpoint but a new starting point." He emphasized that this platform will continue to evolve towards higher power outputs and efficiencies, driving greater value in the global shift toward clean energy.

For more information, visit Huasun Solar's website or follow 'HUASUN HJT' on LinkedIn for updates on heterojunction technology.