Risen Energy launches all-liquid-cooled silicon carbide energy storage integrated machine and the new generation large-scale liquid-cooled energy storage system eTron 3.0

(Source: Energy Storage and Power Market)

On March 31st, the “Intelligent Leadership for the Future: Full-Stack New Rise” 2026 Risen Energy Beijing Promotion Conference was successfully held. The conference focused on three core areas: heterojunction technology iteration, innovation across all energy storage categories, and digitalization of smart energy, sharing technological achievements and implementation solutions with attendees to build a mutually beneficial industry ecosystem.

As the core thread of this event, Risen Energy systematically explained the implementation path of the “Full-Stack New Rise” strategy, from core technology and product matrix to digital capabilities, providing a comprehensive interpretation of the company’s industrial layout and development plan, demonstrating strong capabilities in full-stack collaboration and integrated solar storage.

New Energy Storage Rise · Leading the Era of All-Scenario Energy Storage

Risen Energy is advancing energy storage product innovation, launching an all-liquid-cooled SiC (Silicon Carbide) integrated energy storage unit. The application of silicon carbide power modules enables the system cycle efficiency to surpass 90%, reducing losses by 40%, with annual cycle electricity exceeding traditional products by over 12,000 kWh. The battery and PCS feature dual liquid cooling designs, ensuring full-power operation without derating under high-temperature summer conditions. The standard cabinet pairs with a coordinated control busbar system, and with EMS fully automatic address allocation technology, a single station can be deployed rapidly within 30 minutes. Under AI + EMS intelligent dispatching, through load forecasting and strategy optimization, the daily revenue of the power station increases by 20% compared to traditional products. For scenarios like distribution network energy storage, the system is equipped with virtual synchronous generator technology, capable of phase-by-phase active/reactive power decoupling and adaptive resonance suppression, effectively improving power quality in distribution areas and creating continuous, stable benefits for customers.

Risen Energy’s new generation large-scale liquid-cooled energy storage system eTron 3.0 series offers centralized and string-based dual-core solutions, adaptable to various application scenarios. The system uses a 400kW SiC-based PCS with an efficiency of up to 99.1%; the 3.5MW grid-connected integrated machine has independent black-start capability, enabling rapid establishment of stable voltage and frequency during grid outages, crossing from “grid-following” to “grid-forming,” greatly enhancing grid adaptability and stability. The system features the second-generation high-speed communication BMS, with data transmission rates over ten times faster, combined with high-precision SOC estimation and intelligent balancing management, effectively extending battery cycle life, providing safer, more efficient, and reliable energy storage support for large ground power stations and desert mega-projects.

As a BNEF Tier 1 energy storage manufacturer, Risen Energy has completed over 820 global energy storage projects, with an annual storage capacity of 15GWh, deploying several hundred-megawatt-scale projects in Europe, America, Australia, and other regions. The company is also the first domestic enterprise to have battery systems certified with UL9540A in both China and the US. Supported by 24 global service centers, it offers 24/7 rapid response services, continuously providing customers with full lifecycle value from product to operation and maintenance.

Efficiency Rise · Dual-Track Leadership in HJT Technology

At the conference, Risen Energy introduced the continuous evolution path of heterojunction (HJT) technology, sharing the latest results and core competitive advantages of the company’s n-type and p-type HJT products. Risen Energy’s n-type HJT modules (Hyper-ion Fuxi series) are designed for large ground power stations, with mass-produced power output reaching over 750Wp in standard sizes, double-sided efficiency exceeding 90%, and temperature coefficient as low as -0.24%/℃. Its high power, high bifacial gain, low degradation, and low temperature coefficient enable higher total lifecycle power generation in harsh environments like deserts, making it an optimal choice for reducing LCOE of ground solar farms.

Risen Energy’s p-type HJT (RisenFlex Nova series) continues its core advantages of low irradiation degradation and ultra-thin adaptation, with self-developed 50μm ultra-thin HJT cells already in mass production. The product’s lightweight and excellent radiation resistance allow it to perfectly match flexible substrates, meeting high-efficiency energy supply needs in specialized scenarios. Additionally, HJT technology is naturally compatible with perovskite tandem processes; the company’s self-developed perovskite/silicon heterojunction tandem cells have achieved a conversion efficiency of 30.99%, opening new possibilities for ongoing high-efficiency photovoltaic technology iterations.

Smart Rise · Risen EnergyOS for Intelligent Future

In the digitalization of smart energy, Risen Energy released the four core upgrades of the Risen EnergyOS platform, an all-domain energy intelligent architecture for solar, storage, and charging. This iteration focuses on four key dimensions: IoT connectivity, visual interactive experience, deep AI empowerment, and full-scenario coverage across all industries. Standardized universal physical models support rapid, minute-level deployment of power stations, reducing device connection time from weeks to minutes, with development costs down by 80%; deep application of AI algorithms achieves 90% high-precision load forecasting, automatically generating optimal charging/discharging strategies based on global dynamic electricity prices, with actual project benefits increasing by up to 42%. An AI smart Q&A system is also integrated, providing 24/7 energy management, fault diagnosis, and revenue analysis consulting; the new edge-level EMS 1.0 system offers standardized, configurable solutions to address complex commercial and industrial scenarios, significantly reducing customization costs; innovative lightweight drag-and-drop configuration design allows station topology setup without professional programming, delivering a simple, intuitive operation experience, and fully realizing the core values of reduced deployment costs, improved operation efficiency, and increased user benefits.

During the roundtable discussion, attendees engaged in in-depth exchanges on the theme of “The Era of Precise Energy Storage Revenue Calculation—Value Realization in the Power Market.” Participants discussed maximizing returns on energy storage projects from technical routes, business models, and power market mechanisms. All agreed that as market mechanisms improve, the value of energy storage is evolving from simple peak-shaving arbitrage to diversified revenue models. Accurate forecasting, flexible dispatch strategies, and reliable system support will be key to continuously creating value from energy storage assets.

This Beijing promotion conference showcased Risen Energy’s comprehensive 2026 full-scenario business strength and deeply implemented the theme of “Intelligent Leadership for the Future: Full-Stack New Rise.” Moving forward, Risen Energy will continue to focus on technological innovation in solar storage as the core engine, leveraging full-stack new energy capabilities and collaborating with global ecological partners to build a green, sustainable energy future.