Modular energy systems and solutions for critical infrastructure.
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Modular energy systems and solutions for critical infrastructure.
MODULAR POWER BLOCKS - NATURAL GAS / PROPANE
Resiliency DRS Series™
2MW to 11 MW Power Output
Natural Gas / Propane
Standby and Prime Operation
NOx Emissions 0.673 typ/MW
Summary
The Resiliency DRS Series™ is a sustainable distributed energy platform engineered for mission-critical data center resiliency, low-carbon backup power, and long-duration energy security applications.
The platform features a high power density stacked generation architecture to support hyperscale and AI/HPC data center deployments pursuing decarbonization and sustainability objectives while maintaining Tier III and Tier IV resiliency standards.
The Resiliency DRS Series™ integrates modular gas generation, centralized controls, medium-voltage distribution, utility paralleling capability, and optional microgrid functionality into a standardized, factory-integrated architecture optimized for scalable campus deployment and high-density energy infrastructure applications.
The platform supports emergency standby, continuous operation, distributed generation, and utility-interactive resiliency applications.
KEY ADVANTAGES
KEY ADVANTAGES
KEY ADVANTAGES
- High power density architecture
- Long-duration resiliency capability
- Reduced carbon intensity compared to conventional diesel backup systems
- Supports emergency standby, continuous operation, distributed generation, and demand response participation
- Scalable modular architecture from 2MW to 50MW+ deployments
- Utility coordination and utility paralleling capability
- Integrated microgrid and distributed energy support
- Standardized factory-integrated architecture reduces deployment complexity and schedules
Features
KEY ADVANTAGES
KEY ADVANTAGES
- Standardized integrated enclosure and plant architecture
- Utility-grade controls integration
- Integrated paralleling switchgear
- Medium-voltage distribution systems
- Integrated gas regulation and fuel conditioning systems
- Renewable gas and hydrogen blending capability
- Utility paralleling capability
- Remote monitoring and SCADA integration
- Rapid-response emergency standby operation
- Black-start capability
- Modular deployment architecture for scalable campus expansion
- Optimized for high-density campus deployments
- Designed for Tier III / Tier IV resiliency applications
Applications
KEY ADVANTAGES
Optional Configurations
- Hyperscale data center campuses
- AI / HPC compute facilities
- Sustainable digital infrastructure projects
- Utility-constrained deployments
- Renewable energy and microgrid systems
- Carbon-reduction and ESG-focused developments
- Campus-scale resiliency deployments
- Long-duration backup and distributed energy applications
Optional Configurations
Optional Configurations
Optional Configurations
- 4.16kV, 12.47kV, 13.8kV, and 34.5kV output options
- Utility paralleling switchgear
- Campus microgrid integration
- Black-start systems
- Remote monitoring and SCADA integration
- Sound attenuation packages
- Redundant controls and communications
- Load management and demand response controls
Compliance
Optional Configurations
Compliance
- EPA-certified natural gas generation platforms
- UL 2200 compliant enclosures
- NFPA 110 compliant configurations
- Blue Sky
- NEC and IEEE compliant integration designs
- Designed to support Tier III / Tier IV data center resiliency requirements
Schedule
Optional Configurations
Compliance
Estimated delivery: 26–40 weeks from purchase order depending on configuration and project scale.
Need redeployable power? No problem.
Downloads
ResiliencyDRS™ Series Summary (pdf)
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