The Smart Solar Energy Storage Integration Machine combines photovoltaic power generation, energy storage, and intelligent control functions. It can collect solar energy and convert it into electrical energy, storing excess power for release when needed. Through intelligent algorithms, it optimizes the distribution of photovoltaic energy to meet the electricity demands of various scenarios such as industries, commerce, and households. Products launched by Jinshi Technology, for example, have created a clean energy closed loop of 'photovoltaic power generation - intelligent energy storage - efficient charging'.

Jinshi Technology has launched a solar-storage integrated machine, which is primarily aimed at meeting the urgent market demand for "integrated, efficient, and safe comprehensive solutions for clean energy utilization": traditional photovoltaic and energy storage devices face issues such as fragmentation, poor compatibility, and complex operation and maintenance, with energy storage safety being a common concern in the industry. The solar-storage integrated machine addresses the difficulties of using traditional devices while also fulfilling the market's core demand for energy storage safety, precisely matching the actual requirements for efficient use of clean energy.

The current development of distributed photovoltaic technology is rapid, and the tight grid capacity has become a difficult issue for the industry. A solar storage integrated machine can store excess electrical energy when the grid's acceptance capacity is insufficient, preventing energy waste. For example, Jinshi Technology's solar storage integrated machine can intelligently regulate and balance photovoltaic electricity and grid consumption, alleviating grid pressure and facilitating better access to distributed energy into the grid.

Electrical safety is a key focus in the solar storage industry. Jinshi Technology's integrated solar storage machine features multiple safety protections, such as a triple BMS protection and AI thermal management, which can monitor the battery status in real-time to prevent overcharging and over-discharging, enhancing battery safety. It also achieves PACK-level IP67 protection, anti-condensation, and level three fire safety to ensure secure operation, capable of adapting to harsh environments, ensuring stable operation of the equipment and safeguarding energy storage safety and lifespan.

In industrial and commercial scenarios, Jintime Technology's products leverage peak and valley electricity price differences while operating in grid-connected mode, charging during off-peak hours and discharging during peak hours to reduce electricity costs. In off-grid mode, they can directly utilize photovoltaic green energy, both storing electrical energy and supplying power directly to loads, using renewable energy to save costs for users. In the long term, this can bring good investment returns to users and improve the economic efficiency of energy utilization.

The future development of integrated光储 systems faces multiple challenges, requiring further optimization breakthroughs in conversion efficiency, thermal management, and safety.