Chengdu Hope Newenergy Technology Co., LTD is a wholly-owned subsidiary of the Continental Hope Group. As the new energy business unit of the group, Hope New Energy has been awarded the certifications of High-Tech Enterprise and Soft Ware Enterprise.
Relaying on the technical superiority, the company has involved in the field of multi energy integration project, which includes wind power, solar power and energy storage. Other related fields such as VPP, carbon trading and hydrogen utilization are also part of its’business.
Large scale lithium-ion battery energy storage system is a new type of power storage system, mainly used for grid peak and frequency regulation, as well as in conjunction with new energy sources such as wind and solar power generation, to solve intermittent and fluctuating problems, and improve the consumption capacity of renewable energy. Its core advantages lie in high energy density, fast charging and discharging ability, long cycle life, and high safety.
Industrial and commercial energy storage refers to energy storage systems used in the industrial and commercial fields, aimed at optimizing energy use, responding to peak energy demand, providing power supply for enterprises, reducing energy costs and environmental impacts, helping enterprises gain profits in the energy market, and providing flexible energy solutions. Its main functions include peak shaving and valley filling to reduce electricity costs, serving as a backup power source to cope with power outages, and improving power quality.
Dynamic expansion
In cases where the cost of transformer renovation is high, energy storage can be used for dynamic expansion to increase power supply capacity without incurring additional capacity or demand electricity bills, saving costs.
Innovatively adopting photovoltaic+energy storage at the end of rural power grid lines to compensate for the end of line electricity, increase the voltage to the rated range, and ensure stable energy consumption for farmers.
As the core support of microgrid systems, it coordinates photovoltaics, flexible loads, and external power sources to achieve smooth operation of microgrids.
Liquid cooling technology allows the coolant to be directed straight to the heat source, achieving precise temperature control and efficient heat dissipation through coolant convection, significantly reducing the risk of thermal runaway and fire. In contrast, air cooling technology relies on fans to blow air over the heat sink, resulting in relatively lower heat dissipation efficiency.
Large capacity scale
High safety
Fast response speed
Long cycle life
Energy Storage System
A liquid-based cooling energy storage technology, primarily designed to address heat dissipation challenges in large-scale energy storage applications, thereby improving both efficiency and safety. Its core principle involves the circulation of coolant within or around the energy storage batteries or equipment, absorbing heat and transferring it to a cooling unit, thus enabling effective temperature control of the energy storage system. This prevents performance degradation due to overheating and reduces the risk of thermal-related safety incidents.
Smart liquid cooling
AI Operations
PTC
Remote Control
Mobile Energy Storage System
A new type of power system equipment that integrates energy storage technology, power electronics technology, and mobile carrier technology can provide stable and reliable power support in various environments. It typically utilizes renewable energy and is connected to the grid or used independently to meet the electricity demand in different scenarios.
