White Paper on Commercial & Industrial Energy Storage Solutions Released with Great Fanfare
Driven by the dual carbon strategy, the installed capacity of variable renewable energy sources worldwide has grown rapidly. However, their volatility and instability have brought tremendous impacts and challenges to the traditional power system. As a vital component for easing pressure on power grids, commercial and industrial (C&I) energy storage has gradually scaled up under policies such as time-of-use electricity tariffs and mandatory energy storage allocation for distributed photovoltaics. All industries aim to resolve the pain points of "high electricity costs and power supply difficulties" via rational energy storage deployment, so as to drastically cut energy expenses and guarantee stable factory operation.
Against this backdrop, JDEnergy collaborated with TÜV Rheinland and China Coal Tianjin Design Institute to compile the White Paper on Commercial & Industrial Energy Storage Solutions based on extensive operational experience of C&I energy storage power stations, hoping to share achievements with industry peers and jointly explore new development paths for C&I energy storage solutions. On April 11, the opening day of the 12th International Energy Storage Summit & Exhibition (ESIE2024), the white paper was officially launched in Beijing.
At 15:00 on the same day, the launch ceremony kicked off with a keynote speech Analysis on Safety Technical Requirements of Energy Storage Systems delivered by Deng Shanfeng, Business Development Manager of TÜV Rheinland. As an independent international third-party testing, inspection and certification body, TÜV Rheinland safeguards the quality and safety of the entire energy storage industrial chain. Deng Shanfeng stated that the global energy storage market scale is projected to reach 330 GWh by 2030, with China accounting for nearly 50% of the total market, representing promising prospects. Meanwhile, safety standards and management specifications for electrochemical energy storage still need further improvement. He elaborated on key safety risks existing in energy storage systems and proposed measures to enhance the safety and reliability of such systems.
Dong Xiaoqing, Dean of the New Energy Institute of China Coal Tianjin Design Corporation, delivered an insightful speech entitled Energy Storage Technology Routes and Case Analysis. He pointed out that electrochemical energy storage technology routes mainly fall into three categories: centralized, distributed-centralized and distributed. By comparison, distributed solutions based on small cabinets break the constraints of application scenarios, support flexible capacity expansion to resolve power supplementation demands, and achieve new breakthroughs in system efficiency. Analysis of practical cases proves that JDEnergy’s distributed intelligent energy block energy storage system solutions hold prominent advantages.
Qiu Dianbing, Product Promotion Director of JDEnergy, gave a keynote speech centered on the White Paper on Commercial & Industrial Energy Storage Solutions. Written based on real customer demands for C&I energy storage projects, the white paper mainly answers three core questions:
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Why develop commercial and industrial energy storage?
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Is it feasible to build a commercial and industrial energy storage power station?
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How to construct a high-quality commercial and industrial energy storage power station?
First, the installed capacity of C&I energy storage is expected to hit 9.5 GWh in 2024 with continuously rising demand, signifying a vast market. Second, the white paper conducts feasibility analysis for C&I energy storage projects covering operation strategies, economic benefit evaluation, electrical grid connection, safety standards and equipment selection. Focusing on three core customer demands — system safety and reliability, long-term revenue assurance and ultra-simple operation & maintenance services — it presents optimal solutions developed by JDEnergy. Finally, the white paper elaborates on power station delivery specifications and precautions, and demonstrates the full lifecycle of C&I energy storage power stations from pre-project feasibility study to post-completion delivery through typical cases.
Amid widespread attention, Li Weichun, Vice President of Global Power Electronics Product Services & General Manager of Solar and Commercial Product Services, Greater China at TÜV Rheinland, Dong Xiaoqing, Dean of the New Energy Institute of China Coal Tianjin Design Corporation, and Ma Jinpeng, Marketing General Manager of JDEnergy, jointly signed the document to officially release the white paper. This publication serves as a gateway for all industries to understand C&I energy storage, an engine for enterprises to cut costs and boost efficiency, and a stepping stone toward green energy transition.
Following the joint release of the white paper, JDEnergy forged an even closer cooperative bond with TÜV Rheinland. Witnessed by all on-site attendees, Li Weichun from TÜV Rheinland and Ma Jinpeng from JDEnergy signed a formal strategic cooperation agreement on behalf of their respective companies. The two parties will leverage their unique resource endowments to jointly fuel the sustainable development of the industry in the future.
Q: How to obtain the White Paper on Commercial & Industrial Energy Storage Solutions?
JDEnergy offers two access methods:
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Follow the official WeChat account "JDEN JDEnergy", reply with the keyword "White Paper", and click the link to download the full version of the white paper;
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Follow the official WeChat account "JDEN JDEnergy", click the bottom menu bar "Customer Service" → "White Paper", then tap the link to download the full version of the white paper.
PS: Either method works for you!
The trillion-yuan energy storage industry is in its infancy. In 2023, JDEnergy ranked No.1 in China and No.2 worldwide in the user-side energy storage market. This outstanding achievement is both industry recognition and a heavy responsibility. Moving forward, JDEnergy will uphold its mission, share technological achievements, and contribute its strength to the high-quality development of the entire energy storage sector.
