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1 Otigba Street, Ikeja
Lagos, Nigeria
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We design, supply, install and support both pillars, so nothing falls between contractors.
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Home/Energy
Solar, inverters and storage sized against the load you actually run — for homes, offices, shops and facilities across Nigeria.
Why systems disappoint
An inverter bought by rating alone trips when the fridge compressor starts. A battery bought by price runs flat at 2am. An array bought to fit the budget never fully recharges the bank, so the system quietly degrades.
Every one of those outcomes comes from skipping the load assessment. It is the least glamorous part of the process and the only part that determines whether the system works.
What we design and install
Each one has to be specified against the other three. That is the whole job.
Component 01
Monocrystalline, polycrystalline or bifacial modules, laid out for your roof orientation and shading rather than dropped in rows. We survey the roof before we specify a single panel.
Roof survey · Shade analysis · Mounting design
Explore Solar SystemsRated for your starting loads, not just your running loads, so motors and compressors do not knock the system offline.
Single phase · Three phase · Grid-interactive
Capacity set by the hours of autonomy you need, with depth of discharge accounted for so the usable figure is the real figure.
Lithium · Tubular · Rack-mount
Our own engineers fit, wire, test and hand over the system, then show you how to read it.
Fitting · Testing · Handover
Who we design for
The design question in a home is overnight autonomy. Daytime load is modest and largely covered by the array; the system is judged on whether it carries the household from evening through to sunrise without anyone thinking about it.
Lighting, fans, refrigeration and connectivity as the always-on base
Air conditioning assessed separately — it changes the whole design
Pumps and irons treated as short high-draw events, not continuous load
Estate installations coordinated across units where required
Commercial sizing is about trading hours. The load is concentrated in the working day, which suits solar well, but the cost of an outage is measured in lost revenue rather than inconvenience — so the priority shifts to continuity.
Load profiled across the trading day rather than averaged
Critical circuits identified and prioritised on the backup path
Three-phase supply where the site requires it
Phased installation to avoid closing the business
System finder
Six questions about what you run. The tool returns array size, inverter rating and storage capacity — and tells you plainly that a site assessment confirms it.
Start the system finderHow a project runs
These four stages are a genuine sequence, which is why they are numbered.
01
You tell us the property and roughly what you run — by phone, WhatsApp or the system finder.
02
An engineer visits, measures the load, checks roof space, shading and cable routes, and confirms what is actually feasible.
03
You receive a specification and a price for that specification — array, inverter, storage, mounting and labour.
04
Our team fits and tests the system, hands it over working, and shows you how to monitor it.
The financial case
The comparison is not solar against zero. It is solar against what you already spend on grid electricity, generator fuel, servicing and eventual replacement — costs that recur forever and leave you owning nothing.
We model that comparison with your own numbers during the assessment, rather than publishing an average that fits nobody.
Request a savings assessmentWhat we compare at your assessment
Average monthly grid bill
Your figures
Generator fuel per month
Your figures
Servicing and parts, annual
Your figures
Typical system lifespan
Your figures
Indicative payback range
Your figures
We work these numbers out with you during the site assessment, using your real bills and generator hours.
Energy questions
Yes, but it changes the system substantially — an inverter AC unit can double a typical household's daily energy on its own. It is the single most important thing to declare during sizing, because retrofitting capacity later costs far more than including it at design stage.
It depends on array size and module wattage, and on how much of the roof is usable once orientation and shading are taken into account. The site assessment measures this properly — an estimate from a satellite image is not reliable enough to design from.
Lithium costs more up front, offers more usable capacity per unit of rated capacity, and generally lasts longer in daily-cycling use. Tubular has a lower entry cost and remains reasonable for lighter cycling. Which is better value depends on how hard you will cycle the bank.
No. Many clients keep the generator as a last resort while running everything else on solar, which cuts fuel use dramatically without removing the fallback. Hybrid inverters can be configured to accept generator input where that is wanted.
It varies with system size, roof type and whether existing wiring needs work.
Next step
Run the system finder first. Then talk to us with a number in hand.