Industrial Energy-Saving Components & Deep Cycle Solar Batteries by ID Solar Energy Systems

ID Solar Energy Systems offers a comprehensive range of industrial energy-saving components (VFDs, high-efficiency motors, power factor correction) and deep cycle solar batteries (LiFePO4, gel) designed for extreme conditions. Ideal for mining conveyors, processing plants, and commercial solar self-consumption. Capacities from 2.4kWh to 500kWh, scalable BMS with CAN/RS485, IP65 protection, and 10+ years lifespan.

High-efficiency multi-MPPT inverters (3–6 MPPT, 5kW–150kW) with anti-islanding, AFCI, and grid-forming capability. Integrated with DC power systems for telecom base stations providing -48V backup, rectifier monitoring, and solar hybrid input. Perfect for remote towers, off-grid mining camps, and industrial microgrids.

Our carbon reduction suite combines AI-driven self-consumption optimization, carbon accounting dashboards, and integration with renewable assets. Maximize on-site solar usage, reduce grid dependence, and achieve carbon neutrality goals. Supports demand response, peak shaving, and real-time emission tracking for industrial and commercial facilities.

Anti-PID (Potential Induced Degradation) solar modules ensure stable performance in high-voltage strings and harsh climate conditions. Paired with our intelligent battery management system (BMS) featuring cell balancing, thermal runaway prevention, and cloud-based monitoring. Extends panel and battery life by up to 30% in industrial environments.

Advanced inverter monitoring platforms with remote diagnostics, predictive maintenance, and fleet management. Mining-grade power supply units (MGPS) designed for underground diesel substitution, ventilation-on-demand, and heavy machinery electrification. Ruggedized for dust, vibration, and temperature extremes.

Inverters with up to 98.7% efficiency, advanced anti-islanding protection (UL 1741-SA, IEC 62116). Modular expandable battery racks (up to 2MWh per cluster) for flexible scalability. Additional technologies: floating PV systems, load controllers, data acquisition units (SCADA ready), and weak-light performance modules that generate power even in overcast conditions.