Recently, Jingkong Energy has successfully launched the 7MW/15MWh commercial and industrial energy storage project in Hengshui, marking it as the first commercial demonstration project in the region. As a leading company in smart energy system solutions, Jingkong Energy has developed a collaborative operation system combining distributed energy storage and microgrids, providing a replicable technical model for the construction of new power systems in the industrial sector.
Integrating energy storage systems into traditional industrial parks is essential for achieving a green, low-carbon transformation and promoting high-quality development. By establishing a system of <b>energy storage</b> and <b>distributed energy</b>, companies can reduce annual electricity costs by 15% to 30%, while simultaneously increasing the penetration rate of green electricity to over 40%, thus addressing carbon quota constraints. The rapid response capabilities of energy storage systems ensure continuous power supply for precision manufacturing production lines, allowing them to replace grid expansion and participate in frequency regulation auxiliary services to generate additional revenue.
Supported by both policy incentives and technological breakthroughs, energy storage has become a vital hub for constructing new power systems in industrial parks. To address the low adaptability of industrial park power grids, spatial limitations, and scattered equipment distribution, Jingkong Energy has innovatively designed an <b>irregular distributed solar-storage integrated system</b>. This solution integrates customized energy storage systems with intelligent energy management systems (EMS), employing multi-point grid connection topology and dynamic cluster control technology to achieve efficient convergence and flexible scheduling of energy across multiple scenarios.
The system supports connections at various voltage levels, accommodating differences in transformer capacities within the industrial park. It also incorporates backflow protection and harmonic suppression technologies to ensure safe and stable operation of the grid. In this project, Jingkong Energy has deeply integrated an intelligent time-of-use control system, developing precise charging and discharging strategies based on regional peak and valley electricity price mechanisms. Utilizing a "valley charge, flat charge + peak discharge" model, it matches electricity pricing periods with load curves in real-time, integrating a capacity fee optimization model. This approach allows for peak shaving and valley filling through energy storage, achieving overall economic benefits exceeding <b>28.61 million yuan</b> and an annual carbon reduction of <b>4,927 tons</b>. This sets a new benchmark for the value of commercial and industrial energy storage through a dual benefit model of <b>efficiency and ecology</b>.
Jingkong Energy is committed to advancing technological innovation and iterating business models, promoting the deep integration of energy storage systems with advanced technologies. The aim is to construct a one-stop intelligent energy solution focused on high-quality development, accelerating the zero-carbon transformation of commercial and industrial scenarios, and providing more efficient and reliable green energy services to clients.
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