Power reliability consulting for Ghana

Reliable power starts with the right design.

We assess your loads, backup requirements and budget before recommending solar, batteries, inverters or upgrades.

  • Diagnosis before quotation
  • Expandable system designs
  • Local technical support

Choose your next step

What do you need power to do?

Plan

Design a new power system

Turn your appliances, operating hours and growth plans into a sensible solar, battery or backup starting point.

Estimate my power needs

Improve

Fix or upgrade a system

Resolve poor backup, battery faults, inverter trips, low solar yield or the need to add new loads safely.

Independent advice. Practical designs for homes, offices, shops, schools, farms and industry.

Speak with an advisor: +233 24 435 8113

Interactive load estimator

Plan around what must stay on.

Add each appliance and its realistic daily use. The estimator separates peak connected load from daily energy demand, then applies transparent planning assumptions.

Planning assumptions
  • 90% inverter efficiency
  • 80% usable battery depth
  • 25% energy and solar margin
Motors and cooling loads need validation.Pumps, compressors, freezers and air conditioners can draw high starting current. Confirm the nameplate, duty cycle and surge before selecting equipment.

Example profile

Your appliance schedule

We started with a short household example. Edit it or remove every row.
Connected load0 W
Daily energy0 kWh
Inverter classAdd appliances
Usable storage0 kWh
Solar array0 kWp
Backup target8 hours
Planning priceDiagnosis required
MATHEMATICAL PLANNING ESTIMATE

Build your load profile

Your preliminary estimate will appear here. A technical review is still required.

Send on WhatsAppContinue as an installer

Representative solutions

Start with the outcome, not a hardware bundle.

These categories show possible starting points. Final equipment, storage and installation scope follow technical validation.

Compact inverter and battery backup installation

Essential backup

Keep critical loads running

Lighting, internet, television, fans and selected refrigeration—prioritised around realistic usage.

View an indicative guide →
Hybrid inverter, lithium storage and rooftop solar for a home

Smart home power

Build an expandable home platform

Hybrid inverter, usable battery storage, optional solar generation, protection and room to grow.

View an indicative guide →
Commercial inverter and battery system for business continuity

Business continuity

Protect productive hours

Keep point-of-sale, internet, office equipment and selected operational loads available through outages.

View an indicative guide →
Industrial variable-frequency drives and electrical control panels

Industrial, pump and VFD

Coordinate motors and power sources

Motor nameplates, starting current, duty cycles, controls and available solar or generator supply assessed together.

View the industrial guide →
Electric vehicle charging at a Ghanaian home with rooftop solar

Solar for EV

Connect home energy and mobility

Plan charging around the vehicle, weekly kilometres, parking window, household demand and roof—not a generic package.

Start an EV energy assessment →
View all indicative package guides
500W Essential800W Comfort1kW Home Basic1.5kW Home Essential2kW Home Plus3kW Starter5kW Smart Home8kW BusinessIndustrial Custom

Important: These are planning guides, not binding quotations. Battery hours, solar yield, protection, cabling, installation conditions and future expansion must be confirmed.

Independent quotation verification

Know what you are paying for before installation starts.

We check whether proposed capacity, batteries, panels, protection and scope match your stated loads and backup expectations.

Capacity and runtime reviewEquipment and protection checksClear questions for your supplierVerify my quotation
Variable-frequency drive control equipment

Commercial and productive use

Motor, pump and VFD systems need more than a wattage estimate.

A variable-frequency drive controls motor speed and starting behaviour. Correct selection depends on the motor nameplate, phase, duty, environment and control method—not simply the motor’s kilowatt rating.

  • Boreholes and solar pumping
  • Fans, compressors and process motors
  • Three-phase and generator integration
  • Commercial and industrial continuity

A controlled delivery process

From the first question to dependable power.

  1. 01

    Define the requirement

    Share the loads, site, outage pattern, budget and growth plans.

  2. 02

    Validate the assumptions

    We check usage, surge loads, backup expectations and site constraints.

  3. 03

    Review the solution

    You receive a clear scope, assumptions, exclusions and commercial proposal.

  4. 04

    Deliver and support

    Installation, commissioning, handover and agreed aftercare follow the approved scope.

Request a technical review

Tell us what reliable power needs to do for you.

Share the challenge in plain language. We will review it and respond through your preferred contact details.

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Do not include passwords, PINs or payment-card details. Your information is used only to assess and respond to this request.