What we design and install
Seven system types, chosen after the assessment
We don't lead with a product. We work out what you need to run and for how long, then propose the system that does it.
01
Grid‑tied solar PV
Solar generation feeding your site alongside mains supply, to cut what you draw and what you pay for it.
Usually for: Sites with reliable mains and high daytime consumption
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02
Hybrid solar with battery storage
Solar generation plus storage, so the site keeps running through outages and continues on stored energy after dark.
Usually for: Homes, offices and institutions that need both savings and backup
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03
Off‑grid solar
A standalone system sized to carry the site's full load where mains supply is absent or unusable.
Usually for: Remote sites, farms, rural facilities
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04
Battery backup and inverters
Backup sized to your critical load and required runtime, without solar generation where that isn't the priority.
Usually for: Sites that need continuity more than savings
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05
UPS for IT and sensitive equipment
Protection for servers, networks and instruments that cannot tolerate a break or a dirty supply.
Usually for: Offices, data rooms, clinics, control rooms
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06
Energy audits
Measurement of what your site actually consumes and when, as the basis for sizing or for reducing the bill you already have.
Usually for: Corporate, industrial and multi‑site operations
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07
Maintenance contracts
Scheduled servicing and checks on installed systems, so batteries, panels and inverters are looked at before they fail.
Usually for: Any site that depends on the system staying up
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Side by side
What each system does, and doesn’t
System
Lowers the bill
Runs in an outage
Needs mains
Sized by
Grid‑tied solar
Yes
No
Yes
Daytime consumption
Hybrid solar + storage
Yes
Yes
Optional
Critical load and runtime
Off‑grid solar
Replaces it
No grid to lose
No
Full load, worst season
Battery backup
No
Yes
To recharge
Critical load and runtime
UPS
No
Short, unbroken
Yes
Sensitive load, shutdown time
Energy audits and maintenance contracts sit alongside any of these.
Inside a system
What we specify, and what we check on each part
Solar panels
Array size and layout set by the load they need to serve, the roof or ground area and the shading on it.
We check: orientation, shading, mounting and roof condition
Inverter
Converts and manages the supply. Sized for continuous load and for the surge when motors and compressors start.
We check: surge loads, expansion headroom, compatibility
Batteries
Storage sized to the runtime you name, with a depth of use that doesn't shorten their life.
We check: runtime, ventilation, temperature and space
Protection & switchgear
Breakers, isolators, surge protection and earthing that keep the system and the building safe.
We check: existing board condition and earthing
Changeover
How the site moves between mains, stored energy and any generator — automatically, and without dropping load.
We check: which circuits switch and in what order
Cabling & monitoring
Correctly rated cable runs, and monitoring so you can see generation, storage and consumption.
We check: cable distances, routes and access
Not sure which one?
Three questions usually settle it
Is your mains supply reliable?
If it is and you mainly want a lower bill, grid‑tied solar. If it is absent or unusable, off‑grid solar.
Do outages stop your work?
If yes, you need storage — battery backup on its own, or hybrid solar if you also want to cut daytime consumption.
Is there sensitive equipment?
Servers, medical devices and control systems need clean, uninterrupted switchover — a UPS or an inverter designed for it.
Still unsure? That's what the assessment is for — you don't have to choose before you contact us.
Start with the list of what you need to keep running
Send us the equipment and how long you need it to run without mains power. We do the load assessment, design the system and come back to you with a proposal and a quote.