Mining UPS & Power Resilience Solutions for Remote and Harsh Sites
Protect critical mining operations from power disruptions with reliable UPS solutions designed for remote and demanding sites.
How STULZ Keeps Mine Sites Powered Through Grid Instability
Why Unstable Grid Power Threatens Mine Productivity and Safety
Mine sites depend on continuous power for control systems, communications, processing equipment and safety-critical infrastructure. At remote sites, voltage sags, outages, switching events and generator transitions can interrupt power to essential equipment. Even a brief disruption can halt production, affect monitoring and control, compromise safety-critical operations and lead to costly downtime or equipment resets.
How STULZ Delivers Continuous, Fault-Tolerant Site Power
STULZ designs mining UPS solutions around the load, site conditions and required level of redundancy. From individual control rooms to large processing facilities, our industrial UPS systems provide conditioned, uninterrupted power and integrate with generators and other site power sources. CENTIEL modular UPS technology allows capacity and redundancy to scale as requirements change, helping maintain reliable power to critical equipment, reduce the risk of downtime and strengthen mine site power resilience.
Protection for Safety-Critical and Production Systems
Maintain stable power to critical loads including control and automation systems, communications, monitoring infrastructure and other equipment where an unexpected shutdown can affect safety or production.
Ride-Through for Voltage Sags and Generator Transitions
A properly engineered uninterruptible power supply for mining maintains power during short-term disturbances and generator start-up, helping prevent equipment resets, interruptions and unnecessary production downtime.
Engineered for Harsh and Remote Environments
STULZ considers heat, dust, site layout, accessibility and environmental conditions when designing remote site UPS solutions, including the cooling and infrastructure required to support reliable operation.
Why Choose STULZ for Mining UPS Solutions
50+ Years of Mission-Critical Power Engineering
STULZ brings more than 50 years of experience supporting mission-critical infrastructure across demanding industries. We work with customers to assess loads, redundancy requirements, operating conditions and future capacity before designing a mining power protection solution suited to the site. This engineering-led approach helps ensure the UPS architecture supports both immediate operational needs and longer-term requirements, rather than simply supplying standalone equipment.
CENTIEL Technology from 1 kVA to 3.6 MW
Through our partnership with CENTIEL, STULZ provides UPS solutions from 1 kVA through to multi-megawatt applications up to 3.6 MW. CENTIEL’s modular architecture allows capacity and redundancy to be added as requirements grow, giving mine operators greater flexibility as loads change or facilities expand. Online double-conversion efficiency of up to 97.1% also helps reduce energy consumption, cooling demand and ongoing operating costs.
24/7 Local Engineers Across Australia and New Zealand
Remote operations need more than reliable equipment. STULZ provides local engineering expertise, commissioning, maintenance and 24/7 support across Australia and New Zealand. Customers have access to experienced engineers and genuine parts throughout the system lifecycle, helping reduce operational risk and maintain long-term UPS performance. For remote mine sites, this local capability provides ongoing technical support without relying solely on overseas suppliers or product manufacturers.
Why Our Customers Choose STULZ for Mining UPS Solutions
Distributed Active Redundant Architecture for True Fault Tolerance
CENTIEL’s Distributed Active Redundant Architecture (DARA) removes common single points of failure within the UPS architecture, providing the fault tolerance required for critical mining operations.Up to 97.1% Online Efficiency to Cut Energy Costs
High online double-conversion efficiency reduces UPS energy losses and cooling demand, helping lower operating costs at sites where every kilowatt of generated or grid-supplied power matters.Single-Source Power and Cooling Accountability
STULZ combines critical power with precision cooling expertise, providing one engineering partner for two infrastructure systems that directly affect the availability and performance of critical equipment.Scalable Protection for Processing Plants and Control Rooms
Modular industrial UPS systems can be configured around current loads and expanded as site requirements change, supporting applications ranging from smaller control environments to major processing infrastructure.Seamless Integration With Generators and Renewables
STULZ engineers UPS systems to integrate with the wider site power infrastructure, supporting reliable transitions between mains supply, generators, renewable energy and battery storage while maintaining continuous power to critical equipment.Remote Monitoring and Predictive Maintenance
Monitoring capabilities provide greater visibility into UPS condition and performance, helping maintenance teams identify potential issues early and plan intervention before they become operational disruptions.Proven Mission-Critical Engineering
STULZ applies decades of critical infrastructure experience across mining, utilities, telecommunications, data centres and other demanding environments where power availability cannot be left to chance.FAQs
What is a mining UPS and why do mine sites need one?
A mining UPS provides conditioned, uninterrupted power to critical equipment when the primary supply experiences an outage, voltage sag or other disturbance. It helps protect systems that cannot tolerate even brief power interruptions.
How does a UPS improve power resilience at remote mine sites?
A UPS provides immediate ride-through during power disturbances and bridges the period before standby generation becomes available. It also conditions incoming power, helping protect sensitive equipment from poor power quality.
What size UPS does a mining operation need?
UPS capacity depends on the connected load, required runtime, redundancy level, future expansion and site power architecture. STULZ assesses these requirements before recommending a system rather than relying on a standard kVA specification.
Can a UPS protect safety-critical systems like ventilation and gas monitoring?
UPS systems can protect appropriately sized critical electrical loads, including monitoring, control and communications equipment. The required architecture and runtime should be determined through a detailed assessment of the site’s safety and operational requirements.
How does a UPS work with site generators and renewable power?
The UPS provides continuous conditioned power while other site power sources transition or stabilise. STULZ can engineer the UPS as part of a broader power architecture incorporating mains supply, generators and suitable renewable or energy-storage systems.
What efficiency can STULZ mining UPS systems achieve?
CENTIEL UPS technology can achieve online double-conversion efficiency of up to 97.1%, helping reduce energy losses, cooling requirements and lifecycle operating costs.
Can STULZ UPS systems withstand dust, heat and vibration?
STULZ assesses the operating environment when designing the solution. Factors such as dust, temperature, vibration, enclosure requirements and cooling are considered so the UPS infrastructure is appropriate for the conditions in which it will operate.
How do I start a mining power resilience project with STULZ?
Start with a site and load assessment. STULZ engineers can review your existing power infrastructure, critical loads, redundancy requirements, environmental conditions and growth plans before recommending an appropriate UPS architecture.