Remote Power Systems for Northern & Off-Grid Communities

CleanDesign builds remote power systems for northern and off-grid communities across Canada. Each system pairs battery energy storage with generator automation and machine-learning controls to cut diesel dependence, prevent blackouts, and integrate renewables on an islanded microgrid.

CleanDesign’s hEMS helps remote power systems improve energy reliability, reduce diesel generator dependence, lower fuel costs, and support cleaner, more efficient microgrid power.

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The Challenge

Reliable Power Is Critical for Remote Northern Communities

Many remote and northern communities rely on diesel electricity generation as their primary remote power systems because they are not connected to traditional electricity or gas grids. These communities may have no year-round road access and may only have seasonal access by water during the summer months.
This creates major energy challenges, including high fuel costs, supply chain limitations, generator dependence, emissions, and the need for consistent power in areas with limited infrastructure.
For these communities, dependable energy is essential for daily life, local services, infrastructure, and long-term resilience.
CleanDesign hEMS for Remote Communities

A Smarter Way to Support Remote Microgrids

CleanDesign’s Hybrid Energy Management System can be deployed in remote communities and connected to microgrid lines to strengthen and optimize energy supply.
The system integrates battery storage, renewable energy inputs, and intelligent power management to support remote power systems and reduce reliance on traditional diesel generators. By optimizing energy usage and smoothing power loads, hEMS helps provide a more consistent and reliable power supply, even in areas with limited grid access.

Dependable Power Support for Remote Power Systems with Lower Diesel Dependence

Load smoothing
hEMS balances and manages energy load to prevent sharp peaks or drops in power usage, helping remote microgrids operate more consistently.
Peak shaving
hEMS reduces energy demand during high-use periods, lowering pressure on the microgrid and helping reduce overall energy costs.
Blackout and brownout reduction
By integrating battery storage and intelligent load management, hEMS can reduce the need to rely entirely on diesel generators for power.
Lower fuel costs and emissions
Optimized energy use helps reduce fuel consumption, operating costs, and emissions from traditional diesel generation.
Renewable energy integration
hEMS can support renewable energy sources such as solar or wind, helping communities move toward cleaner and more sustainable power systems.
Improved energy reliability
The system supports consistent power delivery in remote environments where access to traditional grid infrastructure is limited or unavailable.
Built for Remote and Extreme Environments
Remote northern communities and remote power systems often face energy challenges that are different from traditional grid-connected locations. Fuel delivery can be expensive and seasonal, diesel generators can be costly to operate, and outages can have a serious impact on community services.
CleanDesign’s hEMS is designed to support extreme and remote environments by combining battery storage with intelligent energy management. This gives communities a more stable, efficient, and sustainable way to manage local power demand while reducing dependence on diesel generation.
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Frequently Asked Questions

How does CleanDesign’s hEMS support remote power systems communities?

CleanDesign’s hEMS supports remote communities by integrating battery storage, intelligent load management, and microgrid power support. The system helps smooth power demand, reduce diesel generator dependence, and improve energy reliability in areas with limited grid access.

Can CleanDesign’s system reduce reliance on diesel generators?

Yes. The hEMS helps reduce reliance on diesel generators by storing energy, optimizing power use, and managing load demand more efficiently. This allows remote communities to use diesel generation more strategically rather than depending on it as the only source of power.

Can hEMS work with renewable energy sources in remote communities?

Yes. CleanDesign’s hEMS can work with renewable energy inputs such as solar or wind, along with diesel generators and battery storage. The system manages each power source based on real-time demand to support more reliable and sustainable microgrid performance.

Why is microgrid energy management important for remote northern communities?

Microgrid energy management is important because many remote northern communities are not connected to traditional electricity or gas grids. A system like hEMS helps improve power reliability, reduce diesel fuel use, lower emissions, and support more sustainable energy delivery in isolated locations.

What are remote power systems, and how does CleanDesign's hEMS fit into that category?

Remote power systems are power generation and management setups designed for locations without access to a traditional electricity grid. CleanDesign's hEMS is a remote power system that combines battery storage, renewable energy inputs, and intelligent power management to strengthen and optimize energy supply for communities connected to microgrid lines.

Why do remote power systems in northern Canada rely so heavily on diesel generators?

Many northern communities depend on diesel-based remote power systems because they aren't connected to traditional electricity or gas grids, and some have no year-round road access, only seasonal water access in summer. This creates high fuel costs, supply chain limitations, and generator dependence that CleanDesign's hEMS is designed to reduce.

Can existing remote power systems be upgraded with CleanDesign's hEMS, or does it require new infrastructure?

CleanDesign's hEMS is designed to connect to existing microgrid lines rather than replace a community's entire power setup. It integrates battery storage and intelligent load management alongside current remote power systems to reduce diesel reliance and improve reliability without requiring a full infrastructure rebuild.

What makes CleanDesign's remote power systems more reliable than traditional diesel-only setups?

Traditional diesel-only remote power systems depend entirely on generator run-time and fuel delivery, which can be expensive and seasonal. CleanDesign's hEMS improves reliability by smoothing power loads, reducing blackout and brownout risk, and integrating renewable inputs like solar or wind, giving communities a more stable and sustainable power supply.

Let’s get in touch

Ready to Strengthen Remote Community Power?

CleanDesign’s hEMS helps remote communities reduce diesel dependence, improve microgrid reliability, and build a more sustainable energy future.
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