Commercial & Industrial Energy Storage Systems
Reliable, scalable commercial energy storage systems designed to help businesses reduce energy costs, improve grid resilience, and maximize renewable energy performance.
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Commercial & Industrial Energy Storage Systems
A commercial energy storage system captures electrical energy and stores it in high-capacity batteries so it can be used when demand is highest. These systems—often referred to as Battery Energy Storage Systems (BESS)—are commonly integrated with solar, wind, or grid power to create a more flexible, efficient, and resilient energy infrastructure.
For businesses, energy storage provides a strategic advantage. Electricity can be stored during periods of low utility rates or excess renewable generation and then deployed during peak demand when electricity costs are highest. This helps companies significantly reduce energy expenses while improving operational reliability.
Modern commercial and industrial energy storage systems are designed for scalability, making them suitable for a wide range of industries, including manufacturing facilities, warehouses, retail centers, agriculture operations, data centers, and large commercial buildings.
Benefits of Commercial Energy Storage
Energy storage systems help businesses improve energy efficiency, reduce operating costs, and maintain reliable power. Our clean, technology-driven battery storage solutions deliver smart energy management for modern facilities and evolving energy infrastructure.
Lower Energy Costs
Energy storage systems reduce electricity expenses by storing power during low-rate periods and using it during peak demand, helping businesses avoid costly demand charges.
Reliable Backup Power
Battery energy storage provides immediate backup during grid outages, protecting critical operations and minimizing downtime for commercial and industrial facilities.
Energy Efficiency
Modern battery energy storage systems optimize energy usage, helping organizations reduce waste, meet sustainability goals, and lower their overall carbon footprint.
Reduced Grid Dependence
With on-site energy storage, businesses can reduce reliance on the utility grid and improve energy independence while maintaining consistent power availability.
Energy Storage Solutions
High-Capacity Battery Energy Storage System
A high-capacity DC battery storage system engineered for large-scale energy applications. Designed to deliver reliable performance, advanced safety features, and long-term durability, this solution supports commercial and utility energy projects that require dependable and scalable power storage.
Modular Battery Energy Storage System
A modular DC battery storage solution built for demanding commercial and industrial environments. This containerized system provides high energy density, reliable operation, and flexible deployment for large energy storage installations and microgrid applications.
Power Conversion System (PCS) Cabinet
An all-in-one energy storage cabinet designed to manage and convert stored battery power efficiently. Equipped with advanced safety protections and dependable performance features, this system enables seamless integration with modern battery storage infrastructure.
Energy Resilience Initiative
The primary goal for many Alaska Native tribes is to improve energy resiliency in their communities. Due to their remote locations, these communities typically rely on diesel generators for year-round energy and require all fuel to be delivered by barge during the short summer shipping season—limiting shipments to just one or two deliveries for the year. This logistical constraint makes fuel both expensive and vulnerable to delays from weather impacts and supply disruptions.
To reduce diesel consumption, lower energy costs, and increase long-term grid reliability, many communities are transitioning toward diesel-off or diesel-minimal operation by investing in islanded microgrid solutions. This transition is enabled through the integration of solar, wind, or hydro-generation alongside grid-forming inverters, advanced control systems, and battery energy storage systems.
Process & Approach
1. Design Development
We partner closely with Tribal communities and their owner’s representatives to develop a system tailored to community priorities, operational needs, and grant requirements. Our collaborative process focuses on reliability, redundancy, maintainability, and long-term energy resilience. Kronus Engineering develops detailed system diagrams, schematics, and interface drawings to ensure seamless integration with existing microgrids and site infrastructure.
2. Procurement & Assembly
Once the system design is approved, Kronus procures all necessary components and assembles the turnkey Battery Energy Storage System (BESS) at our facility in Boulder, Colorado.
3. Factory Acceptance Testing
We perform comprehensive Factory Acceptance Testing to verify system performance, controls, and safety before shipment. This process minimizes onsite troubleshooting and reduces logistical challenges for remote project locations.
4. Commissioning & Site Acceptance Testing
Our technicians work alongside Tribal representatives and local partners to install, integrate, and commission the energy storage system, ensuring it operates properly within the existing microgrid environment.
5. Training & Long-Term Support
We provide operator training, operations and maintenance documentation, and ongoing technical support to ensure long-term system reliability and promote community ownership of the energy infrastructure.
Energy Storage System FAQs
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