Your building is the power station
NexusCore engineers building-integrated photovoltaics that replace conventional cladding, glazing and roofing with energy-generating surfaces. Every facade becomes an asset, feeding your BESS, shaving demand charges and advancing genuine energy independence.
Building-integrated photovoltaics dissolve the line between structure and power plant. Instead of mounting panels on top of a finished roof, NexusCore specifies PV materials that are the roof, the facade or the glazing. Solar tiles, curtain-wall modules and semi-transparent PV glass generate electricity while doing the job of conventional cladding, which means the building envelope you were already paying for now produces revenue. For commercial developers and owners chasing NABERS and Green Star ratings, BIPV delivers generation capacity that rooftop space alone could never supply.
The commercial logic is compelling. Tall buildings have limited roof area but vast vertical surfaces, and BIPV unlocks that facade for generation. Paired with a building-scale BESS, this distributed generation flattens your demand curve, shifts load away from costly peak periods and reduces the capacity charges that dominate commercial energy bills. The building stops being a pure cost centre and becomes part of your energy strategy.
Generation, Storage and Demand Management
BIPV only reaches its potential when it is wired into intelligent energy management. NexusCore couples integrated generation with commercial BESS and our control platform, so power produced across the day is captured, stored and dispatched precisely when tariffs spike. This is load-shifting at building scale, charging batteries from facade and roof generation during the day, then discharging during the expensive late-afternoon peak. The combination protects you from demand charges and insulates operations from grid volatility.
- PV facades, glazing and roofing that replace conventional materials
- Vertical surface generation that multiplies usable solar area
- Commercial BESS integration for peak shaving and load-shifting
- Demand-charge reduction through coordinated discharge
- NABERS and Green Star contribution for sustainability targets
Grid Services and Portfolio Value
A BIPV-plus-storage building is a candidate for grid-services and virtual power plant participation. Aggregated across a property portfolio, integrated generation and BESS capacity can be dispatched to support the grid during stress events, earning revenue and strengthening the asset's investment case. NexusCore designs systems with this flexibility from day one, so your buildings can trade energy, not just consume it, sharpening whole-of-portfolio return on investment.
Engineered for Performance and Aesthetics
BIPV must satisfy architects as well as engineers. We work with your design team to match colours, transparency and module geometry to the building's language, then validate structural, thermal and electrical performance through detailed modelling. The result is generation that looks intentional, not retrofitted.
Considering a new build or major refurbishment? Book a NexusCore BIPV feasibility study and we will model generation yield, storage strategy and financial return across the full life of your asset.
Building-Integrated PV questions
Rooftop solar bolts panels onto an existing roof. BIPV replaces building materials, roofing, cladding or glazing, with energy-generating equivalents, so the solar is the structure. This unlocks vertical facade area that conventional panels cannot use, improves aesthetics and lets the building envelope you are already constructing pay for itself through generation.
On tall commercial buildings, vertical facades offer far more surface than the roof alone, so integrated generation can be substantial. When paired with a BESS for load-shifting and demand-charge reduction, the combined system meaningfully lowers operating costs and supports NABERS and Green Star targets, strengthening both the financial and sustainability case.
Yes, and it should. NexusCore couples integrated generation with commercial BESS and smart control, capturing daytime production and discharging it during expensive peak periods. This load-shifting flattens your demand curve, cuts capacity charges and enables grid-services and virtual power plant revenue across your portfolio.
No. Modern BIPV comes in a range of colours, finishes and transparencies, and we collaborate with your architects to match the building's design intent. Semi-transparent PV glazing, coloured solar tiles and curtain-wall modules let the generation read as a deliberate architectural feature rather than a bolt-on afterthought.
Let's power your independence
Transparent modelling, accredited engineering and storage that pays for itself — start with a free NexusCore energy model.