A microgrid is a localized, self-sufficient energy system that can operate independently from the traditional centralized power grid (the “macrogrid”). It acts as a controllable local grid, serving a specific geographic footprint, such as a university campus, industrial complex, remote community, or military base.
A typical microgrid integrates various distributed energy resources (DERs), including renewable generation sources (like solar PV and wind turbines), energy storage systems, and controllable loads. The “brain” of the operation is a sophisticated microgrid controller that manages the flow of electricity.
Generac is the microgrid company helping you secure a resilient energy ecosystem. Here’s how we break it down:
While batteries provide power for hours, our hydrogen system provides power for days or weeks. This is essential for critical infrastructure and off-grid communities facing prolonged grid outages.
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Decouple power and energy. Need more storage? Simply add more hydrogen tanks. This modular approach allows for cost-effective scalability as your microgrid grows.
The entire cycle—from using renewable energy to produce hydrogen, to generating electricity—produces zero carbon emissions. The only byproduct is pure water and heat.
Achieve true energy sovereignty. Reduce reliance on diesel generators and the unstable main grid, securing your energy future.
Learn more about getting backup power to your home with a home standby solution.
The system is designed for dynamic microgrid operation. Our fuel cells can ramp from standby to full power in under 5 seconds, and the electrolyzer can modulate its input power from 10% to 100% in response to renewable generation fluctuations. When paired with a battery (which provides sub-second response), the hydrogen system handles the sustained energy balancing.
Lithium-ion batteries excel at short-duration applications—frequency regulation, peak shaving, and providing backup power for minutes to a few hours. Hydrogen storage, by contrast, decouples power and energy. You can store massive amounts of energy (in hydrogen tanks) without proportionally increasing the cost of power conversion equipment. This makes hydrogen the most cost-effective solution for inter-day, multi-day, and seasonal storage, where batteries would be prohibitively expensive or physically unfeasible.
Yes. Our systems are designed and engineered to meet or exceed international safety standards, including ISO, IEC, and NFPA codes. The hydrogen is stored at moderate pressures in double-walled, fire-resistant tanks located within a secure, monitored area. Our system includes integrated gas detection, automatic ventilation, and emergency shut-off protocols. With proper engineering controls, hydrogen storage presents a risk profile comparable to or lower than conventional fuel storage (diesel or natural gas).
Even if you’re not a customer—whether you’re a supplier, investor, or partner—your inquiry is important to us. We will treat your personal information with strict confidentiality and respond to your message as quickly as possible.
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