Manufacturing Facilities
Reduce diesel generator operating costs while maintaining reliable power for production processes and critical equipment.
ManufacturingFuel SavingsBackup Power
0%
Diesel Consumption Reduction
0%
Generator Runtime Reduction
0%
Maintenance Cost Reduction
0%
Round-Trip Efficiency
0/7
Energy Availability
// Core Capabilities
Engineered for your application.
Diesel Consumption Reduction
Reduce diesel fuel usage by intelligently supplying stored energy during peak demand periods, outages, and low-load operating conditions.
Lower Carbon Emissions
Support sustainability goals by reducing generator emissions and increasing the use of cleaner energy sources.
Reliable Backup Power
Provide seamless backup power while reducing dependence on continuously running diesel generators.
Renewable Energy Integration
Combine solar generation and battery storage to further reduce fuel consumption and maximize renewable energy utilization.
Reduced Generator Maintenance
Lower generator operating hours to decrease wear and tear, maintenance requirements, and lifecycle costs.
Intelligent Energy Management
Advanced EMS coordinates battery dispatch, generator operation, renewable energy sources, and load management for optimal efficiency.
// Deployment Process
How we deliver your system.
From site study to live O&M — a structured process with clear milestones and no surprises.
01
Site Energy Assessment
Analyze diesel consumption, load profiles, outage frequency, and operational requirements to identify fuel-saving opportunities.
02
Hybrid Energy System Design
Design a Battery Energy Storage System optimized for diesel reduction, backup power, and renewable energy integration.
03
System Integration
Integrate BESS with existing generators, solar assets, and electrical infrastructure without disrupting operations.
04
Commissioning & Validation
Validate performance under real-world operating conditions and optimize generator-battery interaction.
05
Monitoring & Optimization
Continuously track fuel savings, battery performance, and generator runtime through remote monitoring and analytics.
// Technical Specifications
Download full data sheet →The numbers that matter.
Energy & Power
| Nominal capacity | 100 kWh – 50 MWh (modular) |
| Power output | 50 kW – 20 MW (scalable) |
| Round-trip efficiency | ≥ 95% AC-AC |
| Depth of discharge | 90% (default), 95% max |
Battery System
| Cell chemistry | Lithium Iron Phosphate (LFP) |
| Cycle life | ≥ 6,000 cycles @ 70% DoD |
| Design life | 15–20 years |
| Battery management | Advanced BMS with cell-level monitoring |
Generator Integration
| Generator compatibility | Diesel & gas generators |
| Runtime optimization | Supported |
| Fuel reduction strategy | EMS controlled |
| Hybrid operation | Supported |
Energy Management
| Load management | Supported |
| Peak shaving | Supported |
| Renewable integration | Solar + Storage compatible |
| Remote monitoring | 24/7 EMS platform |
Safety & Compliance
| Fire protection | Multi-layer suppression system |
| Thermal management | Active liquid / HVAC cooling |
| Standards | IEC, UL, NFPA compliant |
| Ingress protection | IP54 / IP55 enclosure |
// Use Cases
Where it gets deployed.
Commercial & Industrial Campuses
Lower energy costs and improve sustainability by reducing generator dependence across large facilities.
Commercial BuildingsEnergy OptimizationResilience
Remote & Off-Grid Sites
Support mining operations, infrastructure projects, and remote facilities with hybrid battery-diesel energy systems.
Off-GridMicrogridEnergy Security
Healthcare & Critical Infrastructure
Ensure uninterrupted power while reducing diesel fuel consumption and maintenance costs for backup systems.
HospitalsCritical LoadsOperational Continuity
// Let's build
Ready to build resilient energy infrastructure?
Talk to our engineering team about sizing, safety and deployment timelines for your site or grid.