Microgrid Power Back-up
For Mitigating the Loss Caused by Power Outage
Mitigate the Loss Caused by Power Outage with Microgrid
In many regions, access to a reliable and sufficient electricity supply is a challenge, whether due to underdeveloped infrastructure, remote locations, or increasing demand that outpaces supply. Microgrid systems provide a solution for businesses, industries, and communities that need to ensure continuous power availability. By integrating local generation sources such as solar, wind, diesel generator and energy storage systems, microgrids can offer a stable and sufficient electricity supply, independent of or supplementing the main grid.
By seamlessly transitioning between different power sources, microgrids can minimize the impact of power outages. When the main grid fails, the microgrid automatically switches to local generation and storage, ensuring that critical operations continue without interruption. This capability not only prevents production downtime and financial losses but also safeguards sensitive equipment from damage due to sudden power loss. For businesses in regions prone to grid instability, implementing a microgrid system can be a crucial step toward maintaining operational continuity and protecting revenue.
FFD POWER Microgrid Solution
Residential Solution
FFD POWER provides flexible BESS-based microgrid solutions for residential use, seamlessly integrating with photovoltaic systems. These user-friendly systems allow homeowners to efficiently harness and store solar energy, reducing dependence on the main grid. With a scalable design ranging from 5 kWh to 215 kWh, FFD POWER’s microgrid solutions adapt to various residential energy needs, whether for daily management, backup power, or off-grid living.
Designed with sustainability in mind, these systems help reduce carbon footprints and promote a cleaner environment. FFD POWER offers a cost-effective and eco-friendly solution that ensures reliable energy supply, providing peace of mind no matter the circumstances. Whether you’re addressing power outages, lowering energy costs, or pursuing grid independence, FFD POWER meets your energy needs with precision and care.
Business Solution
FFD POWER offers robust and reliable BESS-based microgrid solutions tailored for business use, with capacities ranging from 215 kWh to 7 MWh. These solutions seamlessly integrate with photovoltaic systems and are designed to meet the energy demands of large residential complexes, commercial buildings, and factories. By incorporating diesel generators as backup power sources, FFD POWER’s microgrids ensure continuous energy supply even when the main grid is unreliable or insufficient.
With options for both DC-coupled and AC-coupled PV integration, these systems provide flexibility in energy management and are equipped with advanced EMS controls for precise and efficient energy usage. FFD POWER’s business solutions are ideal for organizations seeking to reduce energy costs, enhance reliability, and improve sustainability, offering a comprehensive approach to managing energy needs.
Industrial Solution
For large-scale commercial and industrial applications, FFD POWER provides industrial-grade BESS-based microgrid solutions with capacities ranging from 3.42 MWh to 102.6 MWh. These systems are designed with a modular, containerized approach, making them adaptable and scalable to meet the extensive energy demands of industrial operations.
FFD POWER’s industrial solutions are engineered for efficiency and reliability, offering seamless integration with PV systems and other renewable energy sources. With advanced EMS controls, these systems enable precise energy management, optimizing performance and reducing operational costs. Whether for manufacturing plants, industrial complexes, or large-scale commercial facilities, FFD POWER’s solutions provide the robust energy infrastructure needed to support critical operations and ensure uninterrupted power supply.
System design
A Typical DC Coupling Business Microgrid Solution
FFD Power’s flagship business microgrid configuration maximizes energy efficiency by directly coupling energy storage batteries with photovoltaic (PV) systems and incorporating a diesel generator for robust backup power. The system features an Automatic Transfer Switch (ATS) that enables smooth transitions between the diesel generator and the main grid. Capable of both on-grid and off-grid operation, this microgrid ensures stable performance in any scenario. Additionally, an optional Static Transfer Switch (STS) can be included to facilitate seamless transitions between on-grid and off-grid modes.
Managed by a powerful Energy Management System (EMS), the entire setup precisely monitors and controls energy operations, ensuring the maximum utilization of solar energy. In areas where grid power is unreliable or insufficient, a fine-tuned BESS strategy optimizes the use of both solar and grid energy, significantly reducing overall energy costs while maintaining a stable and continuous power supply.
A Typical AC Coupling C&I Microgrid Solution
FFD Power’s popular commercial and industrial microgrid configuration features a BESS system with AC coupling, ensuring reliable and flexible energy management. The system also incorporates a diesel generator for robust backup power, along with an Automatic Transfer Switch (ATS) that facilitates smooth transitions between the diesel generator and the main grid.
This microgrid system is highly versatile, capable of operating in off-grid mode with or without the diesel engine. This flexibility makes it ideal for regions with unstable or insufficient power grids. Additionally, the system can serve as a backup energy source or, with the integration of a Static Transfer Switch (STS), function as an Uninterruptible Power Supply (UPS) for critical high-value loads, ensuring continuous power without disruption.
Whether used for backup power, off-grid operations, or as a primary energy source, FFD Power’s microgrid solution provides a reliable, efficient, and adaptable energy management system that meets the demands of commercial and industrial applications.