积极开发锂电创新技术，新材料研究
采用了新型的阴极和阳极组成，克服了现有技术的能量密度限制，实现了更高效的可充电电池,能量密度高达200Wh/kg
掌握PD快充协议，拥有18W多种快充整体解决方案
通过提高锂离子在正/负极活性物质内部的脱嵌和嵌入的速率，以及电解质的离子电导率，在安全，不损耗寿命等指标条件下，实现2C高倍率充放电
通过新的电解液配方或添加剂和电芯的化成制度上做了改善，使50℃的高温循环寿命提升了150%左右，循环次数6000+
采用多重感应器和芯片，实时精准读取每颗电芯状态数据，为SOC和SOH提供更高准确性
高精度和鲁棒性，有效延长电池的寿命和使用时间
实时监控每一颗电芯，收集存储每次充放数据，分析每颗电芯健康状态，提前识别异常电芯
Normal operation within a wide range of DC input voltage,for example 25V~55V, 125V~850V
Track the maximum power point of solar cells to improve the overall efficiency of the system.
Anti islanding protection design makes the entire system more secure.
A photovoltaic inverter that operates in conjunction with a single solar module, converting the DC of the solar into AC
By paralleling multiple inverters, the total input and output power can be increased to adapt to more scenarios.
220V@50Hz Pure sine wave stable output, good output waveform and high inverter power
Master the off grid and on grid technologies of single-phase, three-phase, and split phase inverters.
