Behind-the-Meter Power Generation for Greater Energy Control

As power demand continues to grow and utility infrastructure becomes increasingly constrained, organizations are seeking new ways to secure reliable energy. HiVolt develops, owns, and operates behind-the-meter power generation solutions that provide dedicated on-site power, improve energy resilience, and support long-term operational growth.

OUR APPROACH

Power Infrastructure Built Behind the Meter

Behind-the-meter power generation places energy infrastructure directly at or near the point of consumption, allowing organizations to secure reliable power without relying solely on utility capacity expansions or interconnection timelines.

5MW – 1GW+

SCALABLE DEPLOYMENT CAPACITY

99%+

SYSTEM AVAILABILITY DESIGN

HiVolt develops integrated behind-the-meter solutions that combine generation, controls, and long-term operational support to help customers improve reliability, increase flexibility, and gain greater control over their energy future.

Independent Infrastructure

POWER GENERATED WHERE IT IS CONSUMED

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Explore Behind-the-Meter Solutions

Industry Applications

See how behind-the-meter power generation supports data centers, industrial facilities, manufacturing operations, energy infrastructure, and other power-intensive environments.

Insights & Resources

Explore articles covering distributed generation, energy resilience, utility constraints, and infrastructure planning.

Talk to an Expert

Connect with HiVolt to evaluate your power requirements and determine whether behind-the-meter infrastructure aligns with your operational objectives.

WHY BEHIND THE METER?

Addressing Modern Energy Infrastructure Challenges

As electricity demand continues to rise, many organizations are facing utility capacity constraints, rising energy costs, lengthy interconnection timelines, and increasing pressure to improve operational resilience. Behind-the-meter (BTM) power generation gives facilities greater control over how and where electricity is produced, reducing dependence on the grid while supporting business continuity, energy flexibility, and long-term infrastructure planning.
HiVolt develops, owns, and operates behind-the-meter power generation systems that deliver utility-quality electricity directly at the point of use. Our integrated approach combines scalable on-site generation, intelligent controls, electrical distribution, and long-term operational management to help organizations improve energy reliability, optimize infrastructure investments, reduce exposure to utility limitations, and build a more resilient, future-ready energy strategy.

BEHIND-THE-METER POWER FAQ

Common Questions About BTM Power Generation

Behind-the-Meter Power Solutions

Organizations across multiple industries are exploring behind-the-meter power generation as a way to improve reliability, support growth, and reduce exposure to utility constraints. Understanding how these systems work is an important part of developing a long-term energy strategy.

Behind-the-meter power generation refers to energy infrastructure located on the customer's side of the utility meter. These systems generate power directly where it is consumed, providing greater control over energy availability and operational performance.

Many organizations are facing increasing power demand, utility capacity limitations, and lengthy interconnection timelines. Behind-the-meter infrastructure can provide a more predictable path to reliable power.

BTM power solutions are commonly deployed across data centers, manufacturing facilities, oil and gas operations, mining projects, healthcare campuses, and other power-intensive environments.

HiVolt develops, owns, operates, and maintains the infrastructure we deploy. Our owner-operator model provides a single accountable partner responsible for long-term system performance.

Bring Power Closer to What Matters Most

The future of energy infrastructure is increasingly local, scalable, and resilient. HiVolt’s behind-the-meter power solutions help organizations secure reliable power, reduce infrastructure constraints, and create a stronger foundation for future growth.