1. Compatibility with inverters
Multi-brand compatibility
Currently, DEMUDA energy storage batteries use universal communication protocols and standardized electrical interfaces, so that their own energy storage battery products can work with inverters of mainstream brands on the market. This compatibility model breaks the technical barriers between brands, promotes the diversified development of the energy storage market, and provides users with flexible configuration options.
Importance
Improve the flexibility of system matching
When building an energy storage system, you can freely choose DEMUDA energy storage batteries and other brands of inverters according to your own needs, budget and preference for the performance of different brands of products. For example, you can choose DEMUDA brand energy storage batteries, and then match them with the more popular brand inverters on the market, such as growatt, goodwe, solis, must, SOFAR, victron energ, invt, sungrow, LuxpowerTek, etc., to build an energy storage system that best meets your needs.
Reduce procurement and maintenance costs
The realization of compatibility can effectively reduce your procurement costs. Since energy storage batteries and inverters of different brands on the market differ in price and performance, when DEMUDA energy storage batteries are compatible with inverters of multiple brands, you can screen products in a wider range. By comparing the price and performance of inverters of different brands, you can choose a more cost-effective combination, thereby saving procurement funds.
In terms of maintenance costs, compatible energy storage batteries and inverters make equipment maintenance and replacement more convenient. Once the original inverter fails, you can choose an inverter of another brand to replace it without worrying about incompatibility with DEMUDA energy storage batteries. This avoids the situation where the entire system cannot operate normally due to equipment incompatibility, reducing maintenance time and maintenance costs.
Improve the fault tolerance of the system
When one of the components has a minor fault, the other component can adjust the working mode to maintain the basic operation of the system and avoid sudden collapse of the system. This improvement in stability and reliability is of vital importance for some scenarios with high requirements for power supply, such as hospitals, data centers, etc.
2. Advanced technology
A-grade lithium iron phosphate (LiFePO4) battery and intelligent BMS
A-grade lithium iron phosphate (LiFePO₄) battery and intelligent BMS (battery management system) are the two core advantages of DEMUDA energy storage battery, which jointly ensure the safety and efficient operation of the system. A-grade lithium iron phosphate battery ensures that the entire battery pack will not catch fire or explode under extreme conditions such as high temperature and extrusion, and has excellent safety; the cycle life exceeds 6,000 times, which is 5-8 times that of lead-acid batteries, and supports -20℃~60℃ wide temperature operation. Intelligent BMS monitors 20+ parameters such as voltage, current, temperature, etc. in real time through high-precision sensors, responds to abnormalities such as overcharge/over-discharge/overheating at a very fast speed, and actively cuts off the circuit. The combination of the two can increase the comprehensive energy efficiency of your energy storage system to more than 95%, and reduce the failure rate by 80%.
3. Scalability
The scalability of DEMUDA energy storage batteries refers to the fact that the battery system can be flexibly adjusted and upgraded at any time in terms of power, current, and functions, adapting to the growing demand for electricity in different scenarios such as homes, industry and commerce, and responding to changes in electricity consumption caused by seasons and production plans. DEMUDA energy storage batteries can be expanded with a maximum of 15 units in parallel, from 5kwh to 225kwh.
4. Strict quality assurance
Reliability aging test
Energy storage battery aging test is a key link connecting R&D, production and application. By simulating the performance degradation and safety under real working conditions, it can expose risks in advance, optimize system design, and provide data support for full life cycle management. Each energy storage lithium battery of DEMUDA undergoes strict aging test before leaving the factory to ensure the long-term durability of the battery.
5. Brand and after-sales guarantee
It is very important to choose a brand of energy storage batteries that can provide after-sales guarantee. When the battery has performance degradation, failures, etc. during use, you can get professional repairs, product replacements or technical support services from the brand in a timely manner to avoid economic losses and inconvenience caused by battery problems. DEMUDA provides a 10-year warranty service for its battery products from the date of sale. During this period, if the battery fails due to quality problems, such as abnormal battery performance, damaged shell affecting use, etc., DEMUDA's professional after-sales team will respond quickly. From the time of receiving your feedback, a solution will be given within 48 hours. At the same time, DEMUDA also provides product training services to help you operate the battery correctly and extend its service life.
Conclusion
Choosing a safe energy storage battery requires evaluating compatibility, technicality, scalability, quality, and after-sales guarantee. DEMUDA lithium batteries excel in all these aspects, providing solar solutions for diverse energy needs.
For detailed product technical specifications, certifications, and purchase details, please contact the official website and customer service channels, and we will answer your questions at any time!
