Grid Stability: Supporting the Energy Transition with Jenbacher Solutions
Discover how flexible gas engine technology supports reliable power generation, renewable energy integration, and grid balancing.
As renewable energy sources become an increasingly important part of the global energy mix, maintaining grid stability presents new challenges. The intermittent nature of wind and solar power increases the demand for flexible, reliable, and dispatchable power generation solutions that can respond quickly to fluctuations in electricity supply and demand.
INNIO Group’s Jenbacher gas engine solutions help address these challenges through fast start-up capabilities, operational flexibility, and advanced grid support functions. They enable power plant operators to support grid stability, meet grid code requirements, and participate in energy and ancillary service markets.
Download our white paper, “Grid Stability: Supporting the Energy Transition with Jenbacher Solutions,” to explore how Jenbacher technology helps strengthen grid reliability and supports the transition toward a more sustainable energy system.
What are the key benefits of Jenbacher solutions for grid stability?
- Fast response and flexible operation: Rapid start-up and ramping capabilities help balance fluctuations in renewable energy generation and electricity demand.
- Advanced grid support: Frequency regulation, voltage control, reactive power management, and fault ride-through capabilities contribute to grid stability.
- Grid code compliance: Technical expertise, certification, documentation, and testing support help power plant operators meet grid connection requirements.
- Ancillary service opportunities: Jenbacher solutions enable participation in day-ahead, intraday, and balancing markets, including selected frequency reserve services.
- Fuel flexibility: Compatibility with natural gas, biogas, biomethane, and hydrogen options for selected engine types supports evolving energy requirements.
- Scalable power generation: Modular, multi-engine power plants offer operational flexibility, reliability, and efficient power generation at varying loads.
Frequently Asked Questions
What is grid stability?
How do gas engines support renewable energy integration?
Flexible gas engine power plants can rapidly increase or decrease electricity output to compensate for fluctuations in renewable energy generation and electricity demand. Jenbacher gas engines also provide essential grid support functions, including frequency regulation, voltage control, and reactive power management, helping maintain a reliable electricity supply.
What ancillary services can Jenbacher gas engines provide?
Depending on their configuration and local market requirements, Jenbacher gas engines can provide frequency containment reserves (FCR), automatic and manual frequency restoration reserves (aFRR and mFRR), voltage support, and black-start services. These capabilities help grid operators maintain system stability and balance electricity supply and demand.
How fast can Jenbacher gas engines respond to grid demand?
Selected Jenbacher gas engines offer super-fast start capabilities, enabling synchronization with the electrical grid in less than 30 seconds and reaching nominal load in less than 100 seconds under specified operating conditions. This rapid response makes them suitable for grid balancing, peaking power generation, and ancillary services.
What you’ll learn in this white paper
Explore the technical and operational capabilities that make flexible gas engine power plants valuable for modern electricity grids. Discover how Jenbacher solutions help manage grid frequency, regulate voltage, respond to grid disturbances, and support renewable energy integration.
The white paper also examines ancillary services, peaking power applications, grid code compliance, and the advantages of modular gas engine power plants in increasingly complex electricity markets.
Download the white paper to learn how Jenbacher solutions can help power plant operators improve grid resilience, support the energy transition, and unlock opportunities in electricity markets.