Europe
December 26, 2025

Risen showcases next-gen PV and BESS solutions at PVBook: 730 Wp+ and 5 MWh with ultra-low carbon footprint

The Chinese company presented its eTron 5.016 MWh energy storage system and 730 Wp+ HJT modules at PV Book 2025, highlighting energy efficiency, 30-year durability, and the industry’s lowest carbon footprint.
By Strategic Energy

By Strategic Energy

December 26, 2025
risen

Risen Energy reinforces its global positioning by launching two of its most advanced solutions: the eTron 5.016 MWh energy storage system and high-efficiency HJT solar modules reaching up to 730 Wp.

Both technologies took centre stage during the company’s participation in PV Book 2025, standing out for their performance, operational reliability, and environmental commitment—key attributes for utility-scale and commercial energy markets.

The eTron system, with a nominal capacity of 5,015.96 kWh and power output of 2,500 kW, features liquid cooling with intelligent three-stage temperature control, maintaining a temperature difference between modules of no more than 2 °C.

Its compact back-to-back and shoulder-to-shoulder architecture reduces land use by over 46%, optimising space in large-scale deployments. From a safety standpoint, it complies with standards such as UL9540A, GB/T 36276, and NFPA 855, and includes active fire protection, fast overcurrent disconnection, and combustible gas detection—surpassing the industry’s most rigorous benchmarks.

In a previous interview with Energía Estratégica, Andrés Pinilla, Risen’s Director of Storage for Europe and Latin America, asserted: “Storage is no longer optional; it’s a must-have,” referring to the impact of zero pricing and grid congestion in European renewable networks.

Everything suggests that 2026 will be a pivotal year for storage in Europe, and we believe that will mark a major take-off,” he adds.

High-efficiency technology and an integrated global vision

In parallel, Risen’s HJT modules deliver over 23.5% efficiency and up to 730 Wp of power, with just 0.3% annual degradation—guaranteeing 90.3% retained power after 30 years. The modules incorporate Hyperlink interconnection, ultra-thin cells, and UV conversion technology to prevent radiation-related degradation while increasing light capture. Their manufacturing process reduces silver use and water consumption (200 t/MWp), resulting in an industry-leading carbon footprint of only 376.5 kg CO₂eq/kWc.

In that same interview, Pinilla emphasised that Risen is not merely selling batteries, but delivering a fully integrated model including engineering, medium voltage components, EMS, financing, and support: “We want the customer to know who will operate their battery and how they will squeeze every last euro of profitability out of it.” This approach is designed to deliver tailored, high-value solutions for diverse client needs.

As part of its technological roadmap, Risen is also developing new modules of up to 850 Wp based on tandem HJT configurations, while accelerating the rollout of energy storage solutions in Europe and Latin America, where it already operates strategic agreements and active installations.

Through these developments, Risen Energy responds to the demands of an increasingly competitive and sophisticated market, offering robust, efficient, and sustainable energy solutions that support the expansion of renewables and help stabilise modern electrical grids.

Related news

technologies

News in your
country


Select the sector you
want to know more about

Continue Reading

advanced-floating-content-close-btn