Commercial arrays are specified around half-hourly consumption data, available roof load and your operational hours. We design for payback, peak shaving and a route to net zero that your accountant can follow.
What's included
Three-phase systems and larger roof or ground-mounted arrays
Half-hourly meter analysis and export optimisation
Battery peak-shaving to reduce demand charges
O&M schedule and remote monitoring setup
Help with EPC improvements and grant paperwork
Panels, inverters and batteries we fit
Aiko Neostar
All-black, high-efficiency modules for clean roof lines
Enphase 5P Battery
Modular 5 kWh storage blocks that scale with your usage
REC Alpha Pure
High-efficiency all-black panels with full manufacturer warranty
GivEnergy
Hybrid inverters and 5 – 20 kWh storage, UK support
SolarEdge
Optimised strings with per-panel monitoring
Tesla Powerwall 3
Whole-home backup with integrated inverter
GSE In-Roof
Flush in-roof mounting for conservation areas
Common questions
What payback should we expect?
Typical commercial arrays sized to on-site consumption pay back in six to nine years. We model yours from half-hourly meter data before you commit.
Will the roof take the load?
We arrange a structural assessment as part of the survey and specify ballasted, mechanically fixed or ground-mounted accordingly.
Can we reduce demand charges?
Yes — battery peak-shaving trims your highest half-hours, which often matters more than the generation itself on a capacity-based tariff.
Do you handle grants and EPC improvements?
We provide the documentation you need for grant applications and can advise how the system affects your EPC rating.
Recent work
Radstock
Roof-mounted array for a light industrial unit
Half-hourly data showed daytime demand tracking generation almost exactly. A 60 kWp array was sized to self-consumption, with battery peak-shaving added to trim capacity charges.
Array
60 kWp
Storage
40 kWh
Payback
6.5 years
“The modelling was honest — they told us where the numbers didn't work as readily as where they did. Two years in, we're tracking the forecast.”