The article introduces the communication setup method between DEMUDA battery and Deye inverter. DEMUDA batteries are equipped with self-developed BMS, supporting RS485, CAN and other interfaces, and hardware compatible with Deye inverters. Communication links can be established through physical connections, parameter configuration, and protocol testing, with topology modes such as single machine and parallel, to achieve energy-saving and continuous power supply benefits in home and business scenarios, and to assist in the optimization of new energy systems.

Demuda has launched a balcony energy storage system with the concept of "small balcony, big energy". Adopting an integrated design, including a complete set of accessories such as photovoltaic panels, easy to install; Efficient power generation, reliable quality, with IP65 protection, etc; Equipped with intelligent monitoring, it can reduce costs and save electricity bills in the long run; Adapting to various scenarios and looking forward to future devices becoming more intelligent and efficient, promoting the development of the balcony energy storage market.

The article analyzes the core differences between the key parameters KW (active power, actual work done) and KVA (apparent power, including both active and reactive power) of inverters, which are correlated through power factor (PF=KW/KVA). The selection logic is different in different load scenarios: pure resistance loads focus on KW, while industrial inductive loads, off grid systems, and other systems focus on KVA. Accurately distinguishing can avoid selection errors, ensure system stability and cost control.

The Demuda 100KW/215KWH Industrial & Commercial Energy Storage System features lithium iron phosphate batteries and an energy storage inverter. With a modular design enabling parallel expansion, it boasts high charge-discharge efficiency, over 6,000 cycles, and a 15-level protection rating. Supporting peak-valley arbitrage and other multi-scenario applications, it holds CE certification. Backed by a 35,000㎡ production line and 20 years of new energy expertise, it offers customized solutions and 24-hour after-sales service.

The battery energy storage system (BESS), with its core components including battery packs, power conversion systems (PCS), and battery management systems (BMS), operates through a two-step workflow of "charging and energy storage-discharging and energy release." Combined with intelligent control systems, it enables the spatiotemporal transfer of electrical energy. The system is suitable for multiple scenarios such as grid-level and user-side applications, offering peak-valley arbitrage and frequency/peak regulation. Currently facing technical challenges like battery performance and PCS efficiency, it remains a key technology driving the development of clean energy.