Glow Max is built around higher-capacity generation, advanced storage architecture, and robust system control — specified as one integrated whole.
Glow Max is designed for homes where energy demand is already high — or where full electrification is central to how the home operates.
It’s suited to larger properties, electrically heated homes, multiple EV households, or homes running significant loads throughout the day and evening. In these environments, energy systems need to do more than reduce grid reliance — they need to perform reliably under sustained demand.
Every Glow Max system is designed around the realities of the home, with capacity, resilience, and control built in from the outset.
Every Glow Max system is designed individually, based on the home’s energy demand, electrical infrastructure, and how the property is expected to operate day to day.
Glow Max systems are typically designed within the following ranges:
These ranges reflect real-world design outcomes for high-demand homes rather than fixed configurations. Final system sizing is determined through a detailed design process, taking into account sustained loads, electrified heating, EV charging requirements, and long-term usage patterns.
As with every Glow system, Glow Max uses the same best-in-class panel standard. What changes is scale, architecture, and system capability — not quality.
Glow Max is designed as a single, integrated energy system — engineered to operate reliably under sustained, high demand.
At this scale, solar generation, storage architecture, inverter capacity, and electrical distribution must be designed together. Every element is specified in balance, ensuring the system performs predictably across peak loads, longer operating periods, and more complex usage patterns.
By treating the system as infrastructure rather than an add-on, Glow Max delivers resilience, control, and confidence where it matters most.
Glow systems are built on premium, high-efficiency solar panels selected for performance, longevity, and visual quality.
Rather than offering multiple panel options, Glow standardises on best-in-class technology across all systems — ensuring consistent output, fewer panels per roof, and a cleaner overall installation.
Panel layout and total generation capacity are designed specifically for each roof, taking into account orientation, shading, and available space. The goal is always the same: maximise usable generation without compromise.
Solar generation is not treated as a standalone component, but as the foundation of the wider Glow system.
Glow Max is designed around high-capacity energy storage from the outset.
At this level of demand, storage isn’t simply about shifting solar energy into the evening — it’s about maintaining stability, resilience, and control across the home. Glow Max uses advanced storage architectures designed to support larger capacities and sustained usage over longer periods.
By leading with storage at scale, Glow Max enables high levels of self-consumption, reduces peak grid reliance, and provides a dependable energy backbone for fully electrified homes.
Glow Max is designed for homes where reliability matters as much as capacity.
With higher and more sustained energy demand, systems need to operate predictably under pressure — not just in ideal conditions. Glow Max is specified to manage complex loads, longer operating periods, and higher peak demand without compromise.
This focus on resilience and control ensures the system remains stable, responsive, and dependable, even as energy use fluctuates throughout the day.
Glow Max is designed to support more complex energy environments, where additional integrations are often a practical requirement rather than a future consideration.
Any integrations are specified as part of the wider system design — ensuring they operate in balance with solar generation, storage architecture, and inverter capacity, even under sustained demand.
EV charging can be included as part of a Glow Max system where required.
At this scale, Glow Max is well suited to homes with multiple electric vehicles or higher charging demands. Chargers are specified in context — aligned with three-phase supply, inverter capacity, and high-capacity storage to ensure charging does not compromise system performance.
Charging capacity is typically designed within a 3.5 kW to 22 kW range, depending on the home’s electrical infrastructure and usage requirements.
Glow Max systems are delivered through Glow Networks — a coordinated installation model designed to support higher-capacity, more complex systems.
By grouping installations locally and planning delivery windows carefully, Glow is able to manage logistics, site requirements, and commissioning with the level of care these systems demand.
This approach ensures every Glow Max installation is delivered methodically, professionally, and to the same high standard — even where system scale and complexity are significantly higher.
Glow Max is designed for homes where energy demand is high, sustained, or operationally complex.
It’s a strong fit if your home:
If your home depends on energy performing consistently — rather than occasionally — Glow Max is designed to meet those demands with confidence.
If Glow Max feels like the right solution for your home, the next step is a detailed, design-led consultation.
We’ll assess how your property operates, understand sustained and peak demand, and design a system with the capacity, resilience, and control required to perform reliably over the long term.
Glow Max sits within a wider system range.
If your needs are more straightforward, Glow One offers a refined foundation.
If you want greater headroom without full infrastructure-scale complexity, Glow Plus provides a balanced, future-ready system — all designed using the same system-led approach.
