Risen Energy Hosts Jinan Solar-Storage Seminar, Strengthening Regional Partnerships for a Zero-Carbon Future

Jinan, China – April 17, 2026 — Risen Energy successfully hosted its themed seminar, “Advancing Together Toward Zero Carbon,” in Jinan, Shandong Province, bringing together industry experts and regional partners to explore the latest trends in power markets, solar-storage integration, and emerging energy technologies. The event facilitated in-depth discussions and resulted in multiple strategic cooperation agreements, underscoring a shared commitment to advancing the energy transition.

During the opening session, a senior business executive from Risen Energy highlighted the company’s commitment to driving zero-carbon development through technological innovation. He emphasized that transformer-area energy storage and solar-storage integration are critical to addressing distributed energy consumption challenges and enhancing grid flexibility. Risen Energy aims to support the development of new power systems by delivering solutions tailored to real-world application scenarios.

Advanced Transformer-Area Storage Solution: All-Liquid-Cooled SiC C&I Energy Storage System

At the technical session, Risen Energy presented its transformer-area energy storage solutions, with a focus on its flagship all-liquid-cooled silicon carbide (SiC) commercial and industrial (C&I) energy storage system. As a core distributed energy storage solution deployed on the low-voltage side of distribution transformer areas, transformer-area storage offers key capabilities such as voltage regulation, millisecond-level response, localized balancing, and coordinated operation.

These features enable it to effectively address practical challenges including three-phase imbalance, low voltage at grid endpoints, transformer overloading, and renewable energy curtailment—delivering significant cost and efficiency benefits.

The showcased all-liquid-cooled SiC C&I energy storage system is available in multiple configurations, including 131kW/261kWh, 131kW/522kWh, and 262kW/522kWh. The system integrates SiC power modules and adopts liquid cooling for both batteries and power conversion systems (PCS), achieving a system efficiency exceeding 90% and enhanced adaptability to varying environmental conditions.

Designed for rapid deployment, the system can be installed within 30 minutes and supports flexible multi-cabinet configuration at the station level. It incorporates virtual synchronous generator (VSG) control to improve grid stability, phase-decoupled active and reactive power control to mitigate three-phase imbalance, adaptive resonance suppression algorithms to eliminate harmonic amplification, and multi-layer frequency and voltage regulation technologies to unlock dual revenue streams from peak-valley arbitrage and grid services.

To further support intelligent system operations, Risen Energy also introduced its Risen EnergyOS platform—an integrated smart energy architecture for solar, storage, and charging applications. Centered on a cloud-based energy management system (EMS), the platform combines device connectivity, AI-driven load forecasting, virtual power plant (VPP) aggregation, and electricity trading capabilities. This enables projects to evolve from passive generation to proactive operation, forming a closed-loop system of “accurate forecasting – intelligent decision-making – dynamic optimization.”

Strengthening Regional Collaboration for a Zero-Carbon Future

During the event, Risen Energy signed strategic cooperation agreements with more than ten regional partners. The partnerships will focus on promoting transformer-area energy storage and accelerating project deployment across the region. The seminar also featured interactive discussion sessions, where participants exchanged insights on business models, project execution, and operational best practices.

This seminar marks a significant step in Risen Energy’s ongoing efforts to deepen its presence in regional markets and respond more closely to customer needs. Looking ahead, the company will continue to prioritize technological innovation and collaborate with local partners to deliver practical solutions that support the development of new power systems and contribute to global carbon neutrality goals.