High-efficiency DCDC module redefines the efficiency ceiling of solar-storage systems.

The core of solar-storage project profitability lies in lower losses, higher power generation, and longer lifespan. Conventional power modules used in solar-storage systems suffer from high losses and poor adaptability, often leading to wasted generation and imbalanced battery charge/discharge — all of which directly drag down project returns.

Purpose-built for solar-storage applications, the new-generation DCDC module adopts silicon carbide (SiC) power devices, delivering conversion efficiency far exceeding that of conventional modules and substantially reducing power conversion losses. It supports ultra-wide input voltage, perfectly adapting to all scenarios — from 1500V high-voltage PV systems to low-voltage residential systems — while performing reliably under harsh outdoor conditions including overcast and rainy weather, high temperatures, and extreme cold. The module integrates an intelligent MPPT algorithm that precisely tracks the PV maximum power point, boosting generation utilization by over 10%.

It also supports multi-unit parallel current sharing and intelligent circulating-current suppression, making it ideal for large-scale energy-storage cluster parallel operation. Featuring comprehensive overvoltage, overcurrent, overtemperature, and short-circuit protection, along with outdoor-grade dustproof and waterproof ratings, it ensures all-weather stable operation of the solar-storage system, effectively extending the service life of both PV modules and storage batteries — safeguarding sustained returns for your project.