Sunlight everyone can share

Rooftop solar has transformed how homeowners power their lives, yet millions of people are left out: renters, apartment residents, and households with shaded or unsuitable roofs. Community solar exists to include them. TerraVolt Systems builds shared solar gardens, local arrays whose output is divided fairly among many subscribers, so the benefits of clean energy reach an entire neighbourhood rather than a fortunate few.

There is something deeply natural about a shared resource cared for in common. A solar garden takes a patch of land, a warehouse roof or a car park canopy and turns it into a living source of energy that the surrounding community draws upon together. It reconnects people with where their power comes from and binds a neighbourhood around a shared act of ecological stewardship.

How a solar garden works

We identify a suitable host site, design and build the array, then enrol local households and businesses as subscribers. Each member receives a share of the electricity the garden produces, credited against their power bill, with no equipment to install at home and no long lock-in. Subscriptions can move with renters when they relocate within the network, so clean energy follows people through life rather than being tied to a single address they may not even own.

Who community solar serves

• Renters who cannot install panels on a property they do not own.
• Apartment and unit residents without access to a private roof.
• Households whose roofs are shaded, oriented poorly or structurally unsuitable.
• Small businesses seeking clean power without capital outlay.
• Councils and community groups wanting a visible, shared sustainability project.

Fair shares, intelligently allocated

The heart of a solar garden is fairness, and that is where our intelligence does its quiet work. Our AI allocation engine measures the array's generation in real time and divides it across subscribers according to their share, reconciling production with each household's consumption and applying credits automatically. The same system forecasts seasonal output, recommends the right subscription size for each member, and predicts maintenance needs so the garden keeps producing reliably for the community that depends on it.

Every member can see, through a simple dashboard, the clean energy their share has produced, the money it has saved, and the carbon emissions it has avoided. That transparency turns an abstract idea into something tangible and shared, a neighbourhood collectively reducing its footprint. Community solar proves that the energy transition need not be a private privilege; with the right design it becomes a common good, woven into the fabric of a place and balanced gently against the natural environment that sustains it.

Frequently asked questions