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Hybrid Solutions For Continous Productivity
C&I
Securing Critical Operations
In high-stakes environments like manufacturing plants, data centers, and logistics hubs, power interruptions can lead to massive financial. Hybrid backup systems integrate Battery Energy Storage Systems (BESS) with diesel generators to provide seamless redundancy, ensuring instant failover and extended runtime during outages. This setup aligns with Sweden's MSB energy security guidelines and EU green incentives, offering robust protection for critical operations while optimizing efficiency. By bridging grid instability or cyber threats, our solutions deliver non-negotiable continuity, empowering industries to maintain productivity without compromise.
Hybrid BESS + Diesel
Combining BESS with diesel generators creates a powerhouse hybrid system that extends backup autonomy, slashing generator runtime and fuel consumption. Intelligent controllers prioritize battery discharge for immediate response, reserving generators for peak or prolonged needs. Compliant with ISO 22301 standards, this approach minimizes maintenance costs and downtime risks, providing unmatched resilience for critical infrastructure.
Redundancy with Built-In Revenue Streams
For electrified operations requiring pure redundancy, standalone BESS delivers sub-second response times, acting as a zero-emission safety net for critical loads. Beyond backup, these systems unlock revenue through frequency regulation, demand response, and energy arbitrage, turning resilience into a profitable asset. With over >8000 cycles and modular scalability, Resilion's BESS solutions provide long-term reliability, offering a competitive edge in Sweden's energy transition by ensuring uptime while capitalizing on grid market opportunities.
Integrating Renewables for Sustainable Growth
To future-proof C&I operations, BESS, whether standalone or hybrid, seamlessly integrates with solar or wind, reducing diesel dependency and cutting CO₂ emissions by up to 80%. This renewable synergy supports net-zero goals, enable energy arbitrage during low-price periods and peak-shaving for cost savings of 25–40%. By blending resilience with green innovation, power systems can transform into strategic drivers of sustainability, efficiency, and long-term business growth.
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