Risen Energy Unveils Three Innovative Solar Energy Storage Solutions at Intersolar Europe 2025

Risen Energy Introduces Advanced Solar Energy Storage Solutions



At Intersolar Europe 2025, Risen Energy, a leader in renewable energy, showcased three innovative product lines aimed at optimizing solar energy storage across different applications. The newly unveiled lines include the versatile Risen Stack energy storage system, the user-friendly Luvit microinverter, and the high-performance Gurap series inverter. These products target residential, commercial, industrial (CI), and large-scale ground applications, emphasizing Risen Energy's commitment to integrated solar energy solutions.

Expanding Solar Energy Capacity


According to SolarPower Europe, solar installations are projected to increase by 10% to reach 655 GW by 2025, with expectations for low double-digit year-on-year growth from 2027 to 2029, eventually hitting 930 GW. Risen Energy has identified key challenges faced by users across three main scenarios:

1. Residential Sector: Homeowners prioritize consistent and reliable energy production, along with safety and comfort.
2. Commercial and Industrial: Complex scenarios necessitate higher returns on investment and lifecycle management.
3. Large-Scale Facilities: Severe efficiency, safety, and environmental adaptability demands.

Risen Energy's dedication to developing integrated solar energy storage solutions was clearly articulated during the event.

Solutions for Residential Use


For residential applications, Risen Energy effectively combines photovoltaic modules, microinverters, and smart energy management systems, providing users with a secure, convenient, and flexible experience in using green energy. The new Luvit microinverter supports a plug-and-play installation process, while the Risen Cloud uses AI algorithms to optimize energy distribution and enhance energy efficiency. Data updates are provided in real time via a GIS-based virtual 3D device accessible through mobile devices. The energy storage systems feature multiple safety mechanisms that are capable of adapting to extreme temperatures ranging from -45°C to 65°C and ensuring compatibility with various brands.

Commercial and Industrial Solutions


In the commercial and industrial realm, Risen Energy employs modular integration and intelligent operations, merging highly efficient components to produce energy. Their integrated Risen Stack energy storage system, series inverters, and smart operational systems work together to lower energy costs while increasing reliability. The new Risen Stack storage supports capacity expansion from 48 kWh to 120 kWh with a maximum output of 60 kW, thus catering to diverse energy needs. With three cooling modes, the system efficiently manages temperature, and its six safety mechanisms effectively mitigate the risk of thermal runaway. The Risen series inverters achieve a maximum efficiency of 98.6%, maintaining stable performance across a wide range of temperatures and high altitudes. Continuous monitoring, remote management, and AI-driven fault detection lower operational costs during the lifecycle while optimizing return on investments.

Solutions for Large-Scale Solar Plants


For large-scale electricity generation, Risen Energy now focuses on integrated solar energy storage solutions by combining the highly efficient HJT Hyper-ion Pro module with the liquid-cooled eFlex storage systems, available in 836 kWh capacity, and the eTron system, offering 5 MWh. This synergy enhances production efficiency, safety, and environmental adaptability. The Hyper-ion Pro provides over 3% more output compared to other models, significantly reducing the balance of system (BOS) and leveling costs. The eFlex 836 kWh system balances high energy density with flexibility, while the eTron 5 MWh system is characterized by five layers of security protection.

With over 20 years of experience in solar photovoltaics, Risen Energy produces 48 GW of modules and 15 GW of energy storage annually, delivering integrated solar energy storage solutions for global energy transformation.

Topics Energy)

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