#China #Risen Energy #Ningbo #Risen Stack #Luvit Microinverter

Risen Energy Unveils Solar Storage Innovations at Intersolar Europe 2025

On May 19, 2025, during the Intersolar Europe trade show in Ningbo, China, Risen Energy, a prominent player in the renewable energy sector, showcased its latest advancements in solar energy storage. The company introduced three major series of products: the modular Risen Stack energy storage system, the Luvit microinverter, and the Gurap string inverters. These innovations are aimed at diverse storage scenarios, catering to residential, commercial, industrial, and large-scale ground-mounted solar initiatives.

Risen Energy’s commitment to integrated solar energy storage solutions is evident through its new offerings, which prioritize safety, efficiency, and user convenience. The unveiling of these products coincides with Risen Energy receiving the esteemed Pioneering Green Impact Enterprises Award, highlighting its recognition within the industry.

Addressing User Needs in Solar Energy Storage

As per projections from SolarPower Europe, the installed capacity of solar energy is expected to expand significantly by 2025, with estimates suggesting an increase to 655 GW. Risen Energy has tailor-made its solutions for three primary scenarios:

1. Residential applications: Homeowners prioritize stable, reliable energy production along with convenience and security.
2. Commercial and industrial: These sectors demand a higher return on investment and lifecycle management due to their complex energy needs.
3. Large power plants: There are stringent requirements regarding efficiency, safety, and environmental adaptability.

Residential Sector Innovations

For residential uses, Risen Energy integrates photovoltaic modules with the new Luvit microinverters and the intelligent energy management system, Risen Cloud. This combination promises enhanced safety, comfort, and flexibility in accessing green energy. The Luvit microinverter supports a plug-and-play installation, while Risen Cloud leverages AI algorithms for optimized energy distribution. Real-time data updates are delivered through a 3D virtual power plant accessible via mobile devices. The storage systems boast multiple safety mechanisms and operate efficiently within extreme temperature ranges of -45°C to 65°C while ensuring compatibility with various brands.

Commercial and Industrial Applications

In commercial and industrial settings, Risen Energy employs modular integration and intelligent operations. This approach synergizes high-efficiency components, incorporating the Risen Stack integrated energy storage system alongside innovative string inverters and smart management systems. The Risen Stack allows for scalable production capacity ranging from 48 to 120 kWh with a maximum output of 60 kW. Efficient heat management is achieved through three cooling modes, while six safety mechanisms mitigate risks of uncontrolled temperature rises. The Risen string inverter demonstrates peak efficiency at 98.6%, maintaining stable performance across diverse temperature ranges and high altitudes. Continuous monitoring, remote management, and AI-driven fault detection help lower operational costs and enhance investment returns.

Solutions for Large Power Plants

Focusing on large-scale energy storage, Risen Energy combines highly efficient HJT Hyper-ion Pro modules with liquid-cooled storage systems eFlex 836 kWh and eTron 5 MWh. This integration elevates production efficiency, safety levels, and adaptability to various environments. The Hyper-ion Pro generates over 3% more energy compared to other n-type models, significantly reducing balance of system (BOS) costs and leveling the average cost of electricity. The eFlex system balances high energy density with flexibility, while the eTron system includes five layers of safety protection.

With over 20 years of experience in the photovoltaic industry, Risen Energy boasts an annual production capacity of 48 GW of modules and 15 GW of energy storage systems, contributing to the advancement of integrated solar energy storage solutions for the global energy transition.