Maximizing battery life · Minimizing environmental impact
Clean and reliable power where conventional batteries fail.
Complete immersion-cooled energy systems: a self-contained utility company in a container, built to operate in extreme heat and cold climates.
More Than Energy Storage. A Complete Off-Grid Power Solution.
Energy Storage, Intelligent control and Distribution engineered to work for maximized efficiency and performance
Energy Storage, Intelligent control and Distribution engineered to work for maximized efficiency and performance
Fast Deployment
Pre-integrated ISO containers shipped as standard freight
Fast Deployment
Pre-integrated ISO containers shipped as standard freight
Storage | Battery System
Storage | Battery System
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Control | Power Conversion System (PCS)
Control | Power Conversion System (PCS)
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Delivery | Power Distribution
Delivery | Power Distribution
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Powered by patented Densepack® optimized immersion cooling technology, our solutions are engineered to maximize usable energy, protect battery performance, and deliver long-term reliability, even in extreme climates.
Storage | Battery System
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Control | Power Conversion System (PCS)
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Delivery | Power Distribution
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Powered by patented Densepack® optimized immersion cooling technology, our solutions are engineered to maximize usable energy, protect battery performance, and deliver long-term reliability, even in extreme climates.
Better cooling. Better battery performance.
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
At high ambient temperatures, conventional air-cooled BESS often have to lower their power output and use only a fraction of their capacity (State of Charge) to prevent overheating and premature wear.
Effective immersion cooling can enable a significantly wider operating window, −10 °C to +55 °C for high heat, dust, and humidity, on safe, long-life LFP chemistry, by maintaining lower and more uniform cell temperatures
Swedish engineering, industrial-scale production
Chillwind delivers scalable, off-grid energy storage solutions for remote locations and versatile applications—easily extending to demanding industries and integrating with large-scale power infrastructure.
Chillwind delivers scalable, off-grid energy storage solutions for remote locations and versatile applications—easily extending to demanding industries and integrating with large-scale power infrastructure.
Renewable Energy.
Renewable Energy.
Independent Power. Scalable Storage.
Independent Power. Scalable Storage.
Global Applications
Global Applications
Renewable Energy.
Renewable Energy.
Independent Power. Scalable Storage.
Independent Power. Scalable Storage.
Global Applications
Global Applications
The right power system for every scale.
Modular battery storage designed for complete power independence and long-term protection of the investment
Commercial & Industrial Energy Storage
261 kWh Cabinet Systems
261 kWh Cabinet Systems
Compact, scalable energy storage for smaller off-grid applications, telecom sites, businesses and commercial facilities.
Designed for flexible deployment, our cabinet systems integrate battery storage and power management to help businesses maintain reliable electricity and manage energy more effectively.
Learn More
Community & Mini-Grid Energy Storage
Modular Community-Scale Systems
Modular Community-Scale Systems
Integrated energy storage solutions for remote communities, rural electrification, agricultural hubs, and mini-grid developers.
Grid-forming capabilities allow operators to establish independent local power networks, while modular architecture supports future expansion as electricity demand grows.
Learn More
Utility & Large-Scale Energy Storage
2–5 MWh Containerised Systems
2–5 MWh Containerised Systems
Factory-integrated battery energy storage systems for utility infrastructure, independent power producers, mining operations, and large-scale energy projects.
Available in containerised configurations, these solutions combine high-capacity storage with intelligent power conversion and thermal management.
Learn More
Planning a project beyond the grid?
Let's size it together.
Planning a project beyond the grid? Let's size it together.
Maximizing battery life · Minimizing environmental impact
Clean and reliable power where conventional batteries fail.
Complete immersion-cooled energy systems: a self-contained utility company in a container, built to operate in extreme heat and cold climates.
More Than Energy Storage. A Complete Off-Grid Power Solution.
Energy Storage, Intelligent control and Distribution engineered to work for maximized efficiency and performance
Energy Storage, Intelligent control and Distribution engineered to work for maximized efficiency and performance
Fast Deployment
Pre-integrated ISO containers shipped as standard freight
Fast Deployment
Pre-integrated ISO containers shipped as standard freight
Storage | Battery System
Storage | Battery System
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Control | Power Conversion System (PCS)
Control | Power Conversion System (PCS)
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Delivery | Power Distribution
Delivery | Power Distribution
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Powered by patented Densepack® optimized immersion cooling technology, our solutions are engineered to maximize usable energy, protect battery performance, and deliver long-term reliability, even in extreme climates.
Storage | Battery System
Immersion-cooled LFP batteries safely store energy while maintaining optimal temperatures and performance.
Control | Power Conversion System (PCS)
Intelligently manages energy flow, converts power and creates a stable, independent grid.
Delivery | Power Distribution
Delivers reliable electricity to connected homes, facilities, equipment and infrastructure.
Powered by patented Densepack® optimized immersion cooling technology, our solutions are engineered to maximize usable energy, protect battery performance, and deliver long-term reliability, even in extreme climates.
Better cooling. Better battery performance.
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
More usable energy
Efficient thermal management and smart cooling keeps the battery running at full power without slowing down in extreme heat
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Longer battery life
Keeping the battery cells at the same temperature prevents hotspots and uneven wear, protects the battery from heat damage, so the battery lasts longer
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Enhanced safety Features
Cooling the battery cells directly removes heat fast, preventing overheating from spreading from one cell to another
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
Engineered for Extremes
Fully sealed liquid cooling keeps dust, humidity, and harsh weather away from vital battery parts
At high ambient temperatures, conventional air-cooled BESS often have to lower their power output and use only a fraction of their capacity (State of Charge) to prevent overheating and premature wear.
Effective immersion cooling can enable a significantly wider operating window, −10 °C to +55 °C for high heat, dust, and humidity, on safe, long-life LFP chemistry, by maintaining lower and more uniform cell temperatures
Swedish engineering, industrial-scale production
Chillwind delivers scalable, off-grid energy storage solutions for remote locations and versatile applications—easily extending to demanding industries and integrating with large-scale power infrastructure.
Chillwind delivers scalable, off-grid energy storage solutions for remote locations and versatile applications—easily extending to demanding industries and integrating with large-scale power infrastructure.
Renewable Energy.
Renewable Energy.
Independent Power. Scalable Storage.
Independent Power. Scalable Storage.
Global Applications
Global Applications
Renewable Energy.
Renewable Energy.
Independent Power. Scalable Storage.
Independent Power. Scalable Storage.
Global Applications
Global Applications
The right power system for every scale.
Modular battery storage designed for complete power independence and long-term protection of the investment
Commercial & Industrial Energy Storage
261 kWh Cabinet Systems
261 kWh Cabinet Systems
Compact, scalable energy storage for smaller off-grid applications, telecom sites, businesses and commercial facilities.
Designed for flexible deployment, our cabinet systems integrate battery storage and power management to help businesses maintain reliable electricity and manage energy more effectively.
Learn More
Community & Mini-Grid Energy Storage
Modular Community-Scale Systems
Modular Community-Scale Systems
Integrated energy storage solutions for remote communities, rural electrification, agricultural hubs, and mini-grid developers.
Grid-forming capabilities allow operators to establish independent local power networks, while modular architecture supports future expansion as electricity demand grows.
Learn More
Utility & Large-Scale Energy Storage
2–5 MWh Containerised Systems
2–5 MWh Containerised Systems
Factory-integrated battery energy storage systems for utility infrastructure, independent power producers, mining operations, and large-scale energy projects.
Available in containerised configurations, these solutions combine high-capacity storage with intelligent power conversion and thermal management.
Learn More