DevrimUPS
A premium container-type platform designed for the most demanding environments, providing uninterrupted power, offering industrial-grade durability with units ranging from 10 kVA to 5 MW.
DevrimUPS — Technical Details
DevrimUPS is a next-generation hybrid uninterrupted power platform that combines DC battery storage, an inverter-controlled electric drive, dual-flywheel kinetic energy storage and a synchronized alternator into a modular, high-efficiency, low-cost and rapidly deployable energy infrastructure. Scalable from 10 kW to 5 MW per unit, multiple units synchronize to deliver 1000's MW and above of continuous power. It is engineered for continuous industrial operation, high-load environments and long-term durability.
Five integrated engineering layers
Each layer contributes to continuous, stable and intelligently managed power production within a single platform.
DC Energy Storage Group
- High-capacity LFP battery banks
- Intelligent charge–discharge management
- Industrial-grade energy buffering
Inverter-Controlled Electric Drive
- Precision-controlled electric motor architecture
- Stable rotational synchronization
- Intelligent torque management
Dual-Flywheel Kinetic Storage
- High-inertia kinetic stabilization
- Energy balancing capability
- Reduced transient fluctuations
Synchronized Alternator
- Industrial-grade continuous AC production
- Frequency stabilization
- Multi-unit synchronization
Automation & Energy Management
- Intelligent operational control
- Remote monitoring & safety systems
- Automated operational balancing
Physical power-flow components
How energy moves through the platform — from the drive unit to a clean, AVR-stabilized output.
Drive Unit
Permanently mounted electric drive with flexible coupling and drive shaft.
Kinetic Storage
Dual-flywheel storage on precision bearings and housing.
Mechanical Transmission
Oil-lubricated gearbox transfers power from 3000 rpm to 1500 rpm with high efficiency.
Power Generation
AVR-equipped alternator delivering clean, stable output.
Storage & Control
Battery group + hybrid inverter with an automated controlled start system.
Model range: DevrimUPS-500 to DevrimUPS-5000
| Device Code | DevrimUPS-500 | DevrimUPS-1000 | DevrimUPS-2000 | DevrimUPS-3000 | DevrimUPS-4000 | DevrimUPS-5000 |
|---|---|---|---|---|---|---|
| Apparent Power | 635 kVA | 1250 kVA | 2500 kVA | 3750 kVA | 5000 kVA | 6250 kVA |
| Active Power (cosø 0.8) | 500 kW | 1000 kW | 2000 kW | 3000 kW | 4000 kW | 5000 kW |
| Energy Capacity | 500 kWh | 1000 kWh | 2000 kWh | 3000 kWh | 4000 kWh | 5000 kWh |
| Frequency / Voltage | 50/60 Hz · 380/400V Phase + N + PE | |||||
| Start Engine | Electric Starter · 380V · 3-Phase · 50/60 Hz | |||||
| First Initiation Period | ≤ 20 Minutes (Cold Start to Full Load) | |||||
| Cooling System | Air-Cooled | |||||
| Weight | 4,600 kg | 9,000 kg | 11,000 kg | 15,750 kg | 21,000 kg | 21,800 kg |
| Dimensions (cm) | 500×200×180 | 600×200×180 | 700×200×200 | 800×250×240 | 900×270×220 | 1000×280×250 |
| Security System | Emergency Stop Button | |||||
| Integrated Fire Suppression | 7/24 Camera Surveillance System | |||||
| Remote Mode | Manual Initiation | |||||
| Sound Insulation | Yes · Standard | |||||
Built for demanding, continuous operation
From a single unit to a 1000's MW national platform
Synchronized modular architecture allows independent, parallel and redundant operation with incremental future expansion. Scalable from 10 kW to 5 MW per unit, units synchronize into 200 MW blocks (40 × 5 MW modules) and beyond — up to 1000's of MW total continuous power.
40 synchronized 5 MW modules per 200 MW block.
Powered per 200 MW deployment.
200 MW occupies this deployment area only.
Current component production capacity.
Fast Initiation & Deployment
- Reaches full operational load within ≈ 20 minutes from cold start
- Containerized architecture for fast transportation
- Modular installation and rapid commissioning
- Emergency and rapid-deployment capability
Operational Capability
- Continuous, mission-critical power generation
- Independent, synchronized multi-unit and off-grid operation
- Load balancing, redundancy and national-grid integration
- Low — almost zero — long-term operational cost