Smarter Apartments in 2026: How Embedded Networks Support EVs, Solar and Battery Storage

Smarter Apartments in 2026: How Embedded Networks Support EVs, Solar and Battery Storage

Smarter apartments in 2026 are using embedded energy networks, rooftop solar, batteries and EV-ready infrastructure to cut costs today while preparing residents for an all-electric, net zero future, and Altogether is positioned as the strategic partner that designs, owns and operates that backbone for developers.

Why apartments need smarter energy in 2026

Australia’s electrification push, rising EV uptake and ambitious net zero targets are putting pressure on traditional apartment energy designs. High-density buildings need to support more electric loads (heat pumps, induction cooking, EV charging) while keeping bills predictable and emissions low.

At the same time, governments and buyers are expecting net-zero-aligned, climate-resilient developments that integrate renewables and smart management from day one. This is where embedded energy networks, on-site generation and storage become central to the value proposition for new apartment and mixed-use projects.

What is an embedded energy network?

An embedded energy network is a private electricity network inside a building or precinct that takes power from the grid at a single “gate” meter and then on-sells electricity to individual apartments and common areas through internal meters.

The whole building is bought in bulk, so the operator can negotiate better wholesale rates and pass savings through to residents, while also integrating rooftop solar, battery storage and EV chargers at scale. For example, Altogether works with developers and strata to design, build and operate these networks for apartments, lifestyle villages and mixed-use communities across Australia.

How embedded networks support EV-ready apartments

For EV apartments, the biggest challenge is providing enough capacity and smart control for residents to plug in without overloading the building or blowing out costs. Traditional, individually metered designs often struggle to retrofit EV supply, whereas an embedded network can treat EV chargers as part of a shared, optimised energy system.

Altogether’s model allows the “energy backbone” of a building to be designed from the outset to permit EV charging within the embedded network, enabling better control over when and how vehicles charge, and more efficient use of on-site solar and batteries. For developers in dense urban areas like Brisbane, Sydney and the Gold Coast, that means marketing EV-ready infrastructure as a standard feature rather than an expensive future retrofit.

Rooftop solar as a shared asset

Rooftop solar is now a default expectation in many net zero developments, but apartments face obvious constraints: limited roof area, many residents and complex governance. In Altogether precincts, rooftop solar is typically owned, operated and maintained by the utility provider rather than individual owners, turning it into a shared asset that feeds the embedded network.

That solar can supply common areas such as lifts, pools, outdoor cinemas and wellness centres, and can also offset residents’ apartment consumption depending on the design. At communities such as Q1 on the Gold Coast and Seachange Toowoomba, Altogether provides solar alongside embedded energy infrastructure, helping reduce operating costs and emissions with minimal complexity for residents or building managers.

Battery storage: Supporting net zero

Battery storage is the other critical piece of smarter apartment infrastructure in 2026, especially in fast-growing cities like Brisbane where grid constraints and evening peaks are becoming more pronounced. Community-scale batteries allow developments to store surplus rooftop solar during the day and draw on it during evening peaks, reducing exposure to volatile grid prices and improving resilience during outages.

Altogether increasingly integrates battery storage into embedded energy networks so that solar, batteries and EV charging work as a coordinated system rather than isolated technologies. In one recent New South Wales apartment project, combining rooftop solar, battery storage and EV charging through an embedded network helped deliver around a 25% reduction in residents’ energy costs while lowering carbon emissions in line with Australia’s net-zero objectives.

Why this matters for net zero developments

Embedded energy networks are well aligned with both state and federal net zero targets because they enable more local renewable generation, smarter demand management and greater electrification of transport and appliances. By integrating rooftop solar, battery storage and advanced metering, these networks allow developments to reduce grid reliance, cut greenhouse gas emissions and document performance for ESG reporting.

For developers, particularly in high-density urban areas, that translates into higher-value, future-proof projects that can credibly market themselves as net zero-aligned. For residents, it delivers lower and more predictable energy bills, EV-ready parking, and the confidence that their home is part of a smarter, cleaner energy system rather than locked into yesterday’s infrastructure.

Altogether as a strategic partner for future-ready precincts

Altogether positions itself not just as an energy retailer but as an infrastructure partner to developers, landowners and investor groups, providing integrated power, water and data solutions across a wide portfolio of communities. The group designs, builds, owns and operates embedded networks, solar, batteries, EV charging and advanced metering so that new developments can focus on placemaking and amenity while relying on a specialist to manage the technical, regulatory and operational complexity.

Case studies such as Brisbane Skytower, The Orchards by Sekisui House and Q1 on the Gold Coast highlight how this model can support large, complex, high-rise communities with clean, reliable and affordable energy, while enabling features such as EV-ready car parks and solar-powered common spaces. For emerging precincts in Brisbane and other fast-growing cities, partnering early with a provider like Altogether allows the energy backbone, embedded network, rooftop solar, battery storage and EV infrastructure, to be baked into the masterplan, rather than bolted on later at higher cost and lower performance.

Key takeaways for developers and strata leaders

• Plan for an embedded energy network from the concept stage to unlock bulk energy purchasing, integrated rooftop solar and streamlined EV charging in apartments.

• Use rooftop solar and shared battery storage as core features of net zero developments rather than add-ons, especially in dense urban markets and sun-rich regions like Queensland and New South Wales.

• Choose a partner like Altogether that can design, finance, own and operate the full stack, embedded energy network, smart metering, rooftop solar, batteries and EV infrastructure, so your development is future-proof, compliant and attractive to residents.