Renewable Energy Firming
Transform variable solar and wind generation into reliable dispatchable energy by storing excess generation and delivering power when needed.
Solar + StorageWind + StorageFirm Power
0 MWh
Scalable Project Capacity
0%
Round-Trip Efficiency
0+
Battery Cycle Life
0 ms
Response Time
0 yr
System Design Life
// Core Capabilities
Engineered for your application.
Grid Stability & Frequency Regulation
Deliver fast-response frequency regulation, voltage support, and ancillary grid services that improve network reliability and support modern renewable-heavy grids.
Renewable Energy Integration
Store excess solar and wind generation, reduce renewable curtailment, and dispatch clean energy when demand is highest to maximize renewable asset utilization.
Peak Shaving & Energy Arbitrage
Charge during low-cost energy periods and discharge during peak demand windows to reduce energy costs and create additional revenue opportunities.
Grid Resilience & Black Start Capability
Support grid restoration during outages and provide critical backup capabilities for utilities, substations, and essential infrastructure.
Modular & Scalable Architecture
Containerized Battery Energy Storage Systems designed for rapid deployment and seamless scalability from pilot projects to multi-hundred-MWh installations.
Advanced Energy Management System
Intelligent EMS optimizes charge-discharge cycles, renewable integration, grid services participation, and asset performance in real time.
// 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 Assessment & Feasibility Study
Detailed analysis of grid conditions, renewable generation profiles, load requirements, and project economics to determine the optimal BESS configuration.
02
Engineering & System Design
Comprehensive electrical, civil, and control system design ensuring compliance with utility requirements, grid codes, and safety standards.
03
Manufacturing & Factory Acceptance Testing
Battery modules, power conversion systems, and control platforms are assembled, tested, and validated prior to deployment.
04
Installation & Commissioning
Turnkey deployment including system integration, grid synchronization, SCADA connectivity, and performance validation.
05
Monitoring & Lifecycle Support
24/7 remote monitoring, predictive maintenance, performance optimization, and long-term asset management services.
// Technical Specifications
Download full data sheet →The numbers that matter.
Energy & Power
| Nominal capacity | 2 MWh – 500 MWh (modular) |
| Power output | 1 MW – 250 MW (scalable) |
| Round-trip efficiency | ≥ 95% AC-AC |
| Depth of discharge | 90% (default), 95% max |
Cell & Enclosure
| Cell chemistry | LFP (LiFePO₄), prismatic |
| Enclosure | 10 ft / 20 ft |
| IP rating | IP55 enclosure, IP65 PCS |
| Operating temperature | –20 °C to +55 °C |
Performance & Life
| Cycle life | ≥ 6,000 cycles @ 70% DoD |
| Calendar life | 20 years |
| Response time (full power) | < 200 ms |
| Ramp rate | 10–100% in < 1 s |
Grid Interface
| Grid voltage | 11 kV / 33 kV / 66 kV (via transformer) |
| Grid codes | IEGC, CEA regulations |
| Communication | MODBUS TCP, DNP3 |
| Protection | Anti-islanding, over/under voltage, ROCOF |
// Use Cases
Where it gets deployed.
Grid Frequency Regulation
Provide fast-response ancillary services that stabilize frequency deviations and improve overall grid reliability.
Frequency RegulationAncillary ServicesGrid Stability
Peak Demand Management
Reduce stress on transmission and distribution infrastructure by managing demand peaks and balancing grid loads.
Peak ShavingLoad BalancingGrid Support
Transmission & Distribution Deferral
Delay costly network upgrades by strategically deploying Battery Energy Storage Systems to support constrained grid infrastructure.
Grid ModernizationCapex ReductionT&D Deferral
// 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.