Built on advanced technology, it combines dynamic energy regulation with intelligent decision-making, ensuring seamless integration with renewable sources like solar and wind. Whether you’re a business aiming to cut peak-time electricity costs.
Solis Ongrid Inverter
LV/HV Single phase /three phase
From 3KW-350KW
Deye Three Phase LV hybrid Inverter
3-20KW
Solis Hybrid Inverter
LV/HV Single phase /three phase
From 3KW-30KW
It automatically prioritizes renewable energy sources, storing surplus power during low - demand periods and discharging it during peak hours or grid outages, optimizing cost savings and ensuring uninterrupted electricity supply.
From small - scale residential rooftops to large - scale commercial and industrial complexes, FRC - D is highly scalable. Its modular design allows for easy expansion, enabling users to start small and add more capacity as their energy needs grow, making it a flexible choice for any energy project.
Ideal for manufacturing plants, data centers, and other energy - intensive industries, FRC - D helps manage peak loads effectively. By discharging stored energy during periods of high electricity demand, it reduces reliance on the grid, cuts down on expensive peak - time tariffs, and stabilizes power supply to safeguard critical equipment.
The FRC-D Solution dynamically monitors and manages energy flow within microgrids. It integrates with renewable energy sources like solar and wind, capturing surplus power during high - production periods. Using advanced algorithms, the system stores this energy in high - efficiency batteries as DC power. When energy demand surges or the grid experiences outages, the stored DC energy is converted to AC power through an intelligent inverter system. This AC electricity is then distributed to meet the needs of homes, businesses, or critical infrastructure. Excess energy can be fed back to the main grid for potential revenue, or reserved for future use, optimizing both efficiency and reliability.
Equipped with advanced analytics, FRC-D anticipates energy consumption patterns and renewable generation fluctuations. This predictive prowess allows it to pre-charge batteries during surplus periods and strategically discharge during shortages, maximizing energy efficiency and minimizing waste.
Engineered for large-scale applications, FRC-D offers modular scalability, fitting diverse industrial and commercial needs. Its robust design manages high-energy demands efficiently, reducing grid reliance and providing cost-effective peak-shaving capabilities for manufacturing plants and data centers.
The FRC-D Solution excels with its intelligent dual-mode functionality, seamlessly switching between grid-connected and off-grid scenarios. It dynamically optimizes energy distribution, storing excess power during low-demand periods and deploying reserves during outages or peak loads for uninterrupted operations.
We provided a complete energy storage solution for a large residential community. The system efficiently stores solar energy, ensuring reliable power supply even during outages.
Designed specifically for major manufacturing plants, our Industrial Energy Storage System is a comprehensive solution for efficient energy management. By intelligently storing excess energy during off - peak hours and deploying it strategically during peak demand periods, the system significantly cuts down on electricity costs.
We installed a high-capacity Commercial Battery Backup Solution for a commercial building, safeguarding essential systems from power failures. The solution seamlessly kicks in during outages, storing and distributing energy to maintain uninterrupted operations, thus ensuring business continuity and preventing costly downtime.
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