The Challenge

Mining Operations Need Reliable Power in Remote Environments

Mining sites are often located in remote areas where grid access can be weak, intermittent, or unavailable. Even grid-connected operations often rely on additional on-site generation as backup, typically powered by diesel or natural gas.
This creates major operational challenges, including high fuel costs, generator inefficiency, power instability, blackout and brownout risk, and increased emissions. For mining teams, unreliable energy does not just create inconvenience, it can lead to downtime, lost productivity, and higher operating costs.
CleanDesign hEMS for Mining

A Smarter Way to Manage Mining Power

CleanDesign’s Hybrid Energy Management System integrates battery storage, intelligent generator automation, and real-time power management to support mining operations with more stable and efficient energy use.
The system helps balance energy demand, optimize generator performance, reduce unnecessary fuel burn, and manage different power inputs across the site. Whether a mine relies on diesel generators, natural gas generators, renewable energy, or a mix of sources, hEMS helps optimize how that energy is produced, stored, and used.

Power Support That Reduces Cost, Risk, and Downtime

Load smoothing
hEMS balances and manages energy load to prevent sharp peaks or drops in power usage.
Peak shaving
hEMS reduces energy consumption during high-demand periods to lower overall energy costs and reduce strain on the power system.
Blackout and brownout reduction
hEMS supports a continuous and stable power supply by reducing the frequency of outages and voltage drops during high demand or system stress.
Reduction in fuel and oil costs
By optimizing energy use and improving generator efficiency, hEMS helps reduce fuel consumption, oil use, and other operating expenses.
Optimization of power inputs
Many mines are expanding into renewable energy sources. Whether powered by solar, wind, diesel, natural gas, or generators, hEMS can optimize power inputs for maximum efficiency.
Proven in Mining: Endeavour Silver
CleanDesign’s Endeavour Silver deployment represents the company’s first production installation in the global mining industry.
The system demonstrates how hEMS can support remote mining operations by improving power generation reliability, reducing plant downtime, and lowering operational costs. By combining battery storage with intelligent engine automation, CleanDesign helps mining operators move closer to a more efficient and sustainable energy future.
Read the Endeavour Silver announcement

Frequently Asked Questions

How does CleanDesign's hEMS reduce fuel costs at remote mine sites?

The hEMS integrates battery storage with intelligent genset automation to smooth load cycles. Generators only run at optimal efficiency points, reducing diesel and natural gas consumption by 37–48% compared to traditional multi-genset configurations.

Can CleanDesign's system work with renewable energy inputs like solar or wind at mine sites?

Yes. The hEMS is designed to optimize all power inputs, diesel generators, natural gas generators, solar, and wind, managing each source based on real-time load requirements.

What does CleanDesign's Endeavour Silver deployment demonstrate about mining applications?

The Endeavour Silver deployment represents CleanDesign's first production installation in the global mining industry. The system reduces plant downtime and lowers operational costs by managing power generation reliability in a remote silver mining environment.

Is CleanDesign's hEMS suitable for grid-connected mining sites?

Yes. At grid-connected mines, the hEMS provides peak shaving, load smoothing, and blackout/brownout prevention while optimizing auxiliary on-site generation to reduce overall energy costs.

Let’s get in touch

Ready to Improve Power Reliability at Your Mining Site?

CleanDesign’s hEMS helps mining operations reduce fuel consumption, improve energy reliability, and manage power more efficiently across remote and high-demand environments.