Solar Energy Solutions

Solar designed around your actual energy needs.

Residential, commercial, hybrid, battery and off-grid solar systems engineered around how you use power — not simply around the size of an inverter.

Solar photovoltaic installation

Solar • Storage • Backup

One system. Designed to work together.

Correct Capacity

Avoid unnecessary oversizing and systems that cannot support the actual load.

Correct Architecture

Solar, grid, generator, inverter and battery must be designed to operate as one system.

Future Expansion

Where practical, systems can be designed with future energy requirements in mind.

SolarAxis Solutions

Choose the solution by the problem it needs to solve.

Home Solar Systems

Solar generation and backup systems designed around household consumption, appliances, available roof space and required backup duration.

  • ●Solar PV generation
  • ●Hybrid inverter systems
  • ●Lithium battery backup
  • ●KPLC integration
  • ●Essential and whole-home backup
Discuss this solution →

Commercial Solar

Solar systems for businesses seeking to reduce daytime electricity costs while maintaining reliable power for critical operations.

  • ●Commercial load assessment
  • ●Grid-connected solar
  • ●Hybrid commercial systems
  • ●Battery storage
  • ●Energy monitoring
Discuss this solution →

Hybrid Solar & Backup

Systems combining solar, batteries and the utility grid or generator so that available energy sources work together intelligently.

  • ●Solar + battery + grid
  • ●Automatic source switching
  • ●Critical load backup
  • ●Generator integration
  • ●Configurable energy priorities
Discuss this solution →

Battery Storage

Lithium battery systems designed around usable energy, required backup hours, inverter compatibility and expected operating conditions.

  • ●Lithium battery systems
  • ●Backup-duration sizing
  • ●Battery expansion
  • ●BMS compatibility
  • ●Existing system upgrades
Discuss this solution →

Off-Grid Solar

Independent solar systems for sites where grid electricity is unavailable, unreliable or uneconomical to extend.

  • ●Remote homes
  • ●Farms and agricultural sites
  • ●Remote facilities
  • ●Solar-powered infrastructure
  • ●Battery-based off-grid systems
Discuss this solution →

Solar System Upgrades

Assessment and expansion of existing solar systems where power demand, battery requirements or equipment needs have changed.

  • ●Additional solar panels
  • ●Battery expansion
  • ●Inverter upgrades
  • ●Load reconfiguration
  • ●System performance assessment
Discuss this solution →
Residential rooftop solar installation

Home Solar

Your house should determine the system — not a package name.

Two homes using the same inverter size can have completely different energy requirements. We consider appliances, usage patterns, peak demand and expected backup duration before recommending system capacity.

Size My Home Solar System

Battery Storage

Backup time is about energy, not only battery quantity.

Battery capacity must be matched with the loads being powered, expected backup duration, inverter capabilities and available charging energy.

Required backup hours
Critical loads
Usable battery energy
Battery/inverter compatibility
Solar recharge capacity
Future expansion
Solar inverter and lithium battery installation

Before We Size a System

Four questions matter more than inverter size.

What do you want to power?

Lighting, refrigeration, electronics, pumps, machinery, cooking appliances and air conditioning all influence system capacity.

How much energy do you use?

Actual consumption provides a better design basis than selecting an inverter purely from its kVA rating.

How long should backup last?

Battery capacity should be selected around required backup duration and the loads that must remain operational.

What power sources already exist?

KPLC, generator and existing solar equipment can often be integrated into a properly designed hybrid architecture.

Commercial solar array

Commercial Solar

Turn daytime electricity demand into a solar opportunity.

Businesses with significant daytime energy consumption can use solar generation to reduce reliance on grid electricity while hybrid systems can also provide backup for critical operations.

Request Commercial Assessment

Our Process

From electricity demand to commissioned solar system.

01

Load Assessment

We identify equipment, power ratings, operating hours and critical loads.

02

Energy Analysis

Daily consumption, peak demand and backup requirements are established.

03

System Design

Panels, inverter, batteries, protection and system architecture are selected.

04

Installation

The approved system is installed, protected and configured.

05

Commissioning

Performance, charging, source priorities and backup operation are tested.

Existing Solar System?

Not performing as expected?

We also provide solar system troubleshooting and diagnostics.

Repairs & Diagnostics

Start With Your Requirements

Let us size the right solar system.

Talk to SolarAxis