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– Richard de Leon

For commercial and institutional clients, battery systems help maintain operations during outages, reduce downtime, and protect critical infrastructure.
RES designs systems based on operational requirements, load profiles, and risk tolerance.
RES designs battery backup systems around your energy needs, essential loads, and operating conditions to provide reliable power when it matters most. We even provide custom training and educational classes.
RES works with residential, commercial, and remote applications and can evaluate storage, generator integration, electrical infrastructure, controls, and ongoing support as one system.
Alaska temperatures affect battery performance and charging, so siting, enclosures, and heating are part of the design.
Batteries carry loads instantly and silently, while a generator extends runtime when the outage outlasts stored energy.
Runtime depends on the critical-load profile, battery capacity, and whether a generator or solar recharges the system. RES designs to a runtime target agreed with the facility.
RES starts with an energy audit and load calculations to separate critical loads (refrigeration, servers, medical or process equipment, life-safety lighting) from loads that can wait. The critical-load list drives battery capacity, generator size, and the electrical integration design.
Yes. RES works with RV and mobile power applications. System design can account for available installation space, expected loads, battery capacity and available charging sources.
Most fully off-grid solar applications require some form of energy storage or another source of power for times when solar generation cannot meet the load. The appropriate battery capacity depends on energy use, desired autonomy, seasonal conditions and the overall system configuration.
Yes, systems are designed around the customer‚ critical loads and needs.
Battery backup is quieter, requires no fuel, and has lower maintenance.
Battery systems switch to backup power within milliseconds of an outage.