Luxury Hotels
Maintain uninterrupted guest experiences and premium service standards even during grid outages.
Guest ComfortBackup PowerEnergy Efficiency
0%
Diesel Usage Reduction
0 ms
Backup Power Response
0%
Round-Trip Efficiency
0/7
Operational Continuity
0+
Battery Cycle Life
// Core Capabilities
Engineered for your application.
Guest Experience Protection
Maintain uninterrupted lighting, HVAC systems, elevators, and essential guest services during power outages.
Seamless Backup Power
Instant battery response protects critical operations without the delays associated with conventional backup systems.
Diesel Generator Reduction
Reduce fuel consumption, emissions, and operating costs by replacing a significant portion of generator runtime with BESS.
Solar + Storage Integration
Combine rooftop or ground-mounted solar systems with battery storage to maximize renewable energy utilization.
Peak Demand Management
Reduce electricity bills by managing peak loads from HVAC, kitchens, event spaces, and recreational facilities.
Smart Energy Management
Monitor energy consumption, battery performance, and backup readiness through an intelligent Energy Management System.
// Deployment Process
How we deliver your system.
From site study to live O&M — a structured process with clear milestones and no surprises.
01
Hospitality Energy Assessment
Evaluate property load profiles, backup power requirements, occupancy patterns, and energy costs.
02
Custom BESS Design
Design a Battery Energy Storage System tailored to hotel operations, critical loads, and sustainability objectives.
03
System Integration
Integrate BESS with existing electrical infrastructure, solar systems, and backup generation assets.
04
Installation & Commissioning
Deploy and commission the system with minimal disruption to guests and hotel operations.
05
Remote Monitoring & Support
Continuous monitoring, diagnostics, and optimization ensure long-term performance and reliability.
// Technical Specifications
Download full data sheet →The numbers that matter.
Energy & Power
| Nominal capacity | 100 kWh – 10 MWh (modular) |
| Power output | 50 kW – 5 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 |
Backup Power
| Transfer time | < 20 ms |
| Critical load support | Supported |
| Generator integration | Supported |
| Black start capability | Optional |
Energy Management
| Peak shaving | Supported |
| Solar integration | Supported |
| Remote monitoring | 24/7 EMS platform |
| Load optimization | Supported |
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.
Resorts & Vacation Properties
Support remote or grid-constrained locations with reliable battery-backed energy storage systems.
ResortsEnergy SecurityRenewable Integration
Convention & Event Centers
Protect critical event operations, lighting systems, HVAC infrastructure, and guest services.
EventsBusiness ContinuityLoad Management
Hospitality Campuses
Manage energy demand across multiple buildings while improving resilience and sustainability performance.
Multi-BuildingPeak ShavingEnergy Optimization
// 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.