Our modular skid-mounted BESS solutions are factory-assembled, tested, and delivered ready for on-site deployment. Whether required as a standalone storage system or integrated within a hybridised power solution, each installation is tailored to meet your site-specific requirements and long-term energy strategy.
Tier 1 Battery and Inverter Technology
Proven global suppliers for maximum reliability and safety.
Modular & Scalable Design
Flexible capacity to support projects of all sizes, from pilot installations to utility-scale applications.
Designed for Harsh Outdoor Environments
Weatherproof, durable construction for year-round reliability.
Fire Safety Systems
Integrated fire detection for secure operation.
Energy Management System Integration
Full monitoring, optimisation, and control of energy flows.
UPS Options
For critical systems, providing maximum resilience and uptime.
Ease of Deployment
Skid-mounted and pre-tested for fast installation and reduced site disruption.
Integration Capabilities
Co-locate with MWM gas engines and other generation assets to create a fully hybridised power plant.
Edina’s modular skid-mounted BESS solutions support a wide range of applications, including:
Battery Energy Storage Systems (BESS) are ideally suited for providing fast-frequency response, a critical service for modern grid stability. Unlike traditional generators, a BESS can inject or absorb power in milliseconds to correct minute-to-second imbalances between electricity supply and demand. This rapid reaction helps reduce frequency deviations, preventing potential load-shedding or blackouts. By delivering this essential service, BESS not only strengthens grid reliability but also creates a significant revenue stream, all while providing the precise regulation needed to support higher penetrations of variable renewable energy sources.
For commercial and industrial energy users, Battery Energy Storage Systems (BESS) unlock major cost savings through the applications of peak shaving and load shifting. Peak shaving occurs when the BESS discharges during short periods of high electricity demand, effectively "shaving" the top off a facility's peak usage to avoid steep utility demand charges. Load shifting expands on this by charging the BESS with low-cost energy during off-peak hours (like at night) and then discharging it to power operations during expensive peak periods. This energy arbitrage not only significantly reduces electricity bills but also helps to flatten the grid's overall load curve, enhancing overall network efficiency.
In the event of a grid outage, a BESS can instantly island critical loads, ensuring an uninterrupted power supply for essential services, including hospitals, data centers, and commercial businesses. This capability fortifies operational resilience against increasing grid instability. By acting as a reliable local power source, a BESS mitigates the costly impacts of downtime and provides a vital layer of energy security.
Battery Energy Storage Systems (BESS) are a cornerstone for the seamless integration of renewable energy sources like solar and wind. These resources are inherently variable and intermittent, creating challenges for grid balancing. A BESS mitigates this by storing excess energy when renewable generation is high and releasing it when it drops, effectively "firming" the power output. This crucial function smooths fluctuations, shifts clean energy to periods of high demand, and reduces curtailment, thereby unlocking the full potential of renewables and enabling a more reliable and sustainable grid.
Hybrid systems meet the growing demand for more flexible, sustainable, and cost-effective power. Pairing battery storage with on-site generation can enhance performance and provide cheaper, cleaner, and a more resilient power solution. In addition, the inclusion of a flywheel inertia solution can provide additional system stability, fast response, and optimisation of battery life.
By deploying modular skid-mounted battery storage, you can unlock new opportunities for grid stability, cost savings, and decarbonisation — all supported by Edina’s engineering and lifecycle expertise.
Get in touch today to discuss how we can support your project.
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