Buildings as Energy Infrastructure

What if buildings helped expand grid capacity?

Termobuild transforms floors and ceilings into active thermal infrastructure that stores energy, reduces peak demand, and creates new capacity across campuses, communities, and energy-constrained developments.

Chargewhen energy is least expensive and most available
Storethermal energy inside the structure itself
Shareenergy across buildings and connected campuses
Expandeffective capacity without relying only on new infrastructure
Single Building

It starts with the structure already in the project.

Instead of adding dedicated storage systems, Termobuild activates the concrete already being built into the project.

  • Charge the structure during off-peak periods or favorable outdoor conditions.
  • Store thermal energy inside the building’s structure.
  • Deliver stable radiant comfort and fresh-air ventilation.
  • Reduce peak demand at the building level.
Large concrete floor area inside a high-performance industrial or data center facility
How the Strategy Scales

The Opportunity Expands Beyond a Single Building.

A single building creates value. Connected buildings create infrastructure.

1

Building

The structure stores thermal energy and reduces peak load.

2

Campus

Different schedules create load diversity and energy-sharing opportunities.

3

Community

Peak reduction can expand effective capacity from existing infrastructure.

Aerial view of a campus with multiple buildings that can operate as shared energy infrastructure
Virtual Grid Expansion

More usable capacity from the infrastructure already in place.

By shifting energy use away from peak periods, rechargeable buildings help unlock more usable capacity from existing infrastructure.

Up to 75% Peak demand reduction potential
Shift Energy use to off-peak periods
Share Energy across buildings
Expand Development capacity from existing infrastructure
Virtual grid expansion diagram showing how rechargeable buildings reduce peak demand and increase usable development capacity

Buildings store energy. Campuses share it. Communities gain capacity.

As energy capacity becomes a constraint on growth, rechargeable buildings provide a new way to support campuses, districts, and communities using infrastructure more effectively.

Advanced Facilities

Relevant for data centers, manufacturing, healthcare, and high-load campuses.

Termobuild complements core process systems by improving how the building stores, shifts, and manages energy.

Where this matters

  • Data center office, support, and envelope spaces
  • Advanced manufacturing and industrial facilities
  • Healthcare and institutional campuses
  • Master-planned and mixed-use developments
  • District energy and microgrid strategies
Lower peak demand Shift load away from the most constrained hours.
Energy flexibility Charge when conditions are favorable and use stored energy later.
Improved resilience Use the structure as a thermal buffer during disruptions.
Growth capacity Support more development using infrastructure more effectively.

Activate the structure you’ve already paid for.

Termobuild helps owners, developers, architects, engineers, and design-build teams evaluate where structural thermal energy storage can reduce peak demand, improve comfort, and create infrastructure value.

See How It Applies Explore Rechargeable Buildings