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Solar & Hybrid

Solar, storage and hybrid power sized to demand.

Solar Installations, Battery Storage, Hybrid Power Systems and Hybrid Control.

  • Solar array
  • Battery storage
  • Generator
  • Hybrid control
Cutaway of a building and its power systemsSolar panels on the roof, offices on the upper floors, a distribution board in the plant room, a battery and inverter room, and a standby generator in the yard, all feeding the building.ROOFOFFICESPLANT ROOMBATTERY ROOMGENERATORYARD
At a glance

Find the right solar service.

Solar
Storage
Hybrid
Control
01 · Solar installations

Size solar to consumption.

Grid-tied, hybrid and off-grid solar sized to site demand.

01 · Optimise

Solar Installations

Solar planned around load behaviour and site priorities, not a generic panel count. The result: lower daytime energy cost, investment matched to need and a base for resilience planning.

The sun moving along its daily arc over a solar array, which charges batteries through a controller, with output tracked on a monitoring screenOUTPUTSOLAR ARRAYINVERTERBATTERY
02 · Battery storage

Plan batteries for autonomy.

Storage that extends backup windows.

02 · Optimise

Battery Storage

Storage for continuity, smoother source transitions and better solar capture. The result: longer autonomy for priority loads, with solar, generator and storage coordinated.

A battery bank charging through an inverter, with longer autonomy for priority loadsBATTERY BANKAUTONOMY
03 · Hybrid power systems

Run sources as one system.

Solar, battery and generator coordinated for uptime.

03 · Optimise

Hybrid Power Systems

Generator, battery and solar run as one system, reducing generator use and controlling source switching. The result: continuity across mixed sources, less waste and better runtime planning.

  • Source coordination
  • Battery-assisted runtime
  • Efficiency-led continuity
A battery stack whose state of charge rises and falls, fed by a standby generator, coordinated by a hybrid controller and protected from unstable supplyAUTOSWITCHBEFOREAFTERGENERATORBATTERY BANKSITE
04 · Hybrid control and automation

Switch sources automatically.

Control layers for switching, fuel saving and uptime.

04 · Optimise

Hybrid Control & Automation

ATS, AMF and source switching coordinated for predictable hybrid response. The result: smoother source transfers, less operational friction and uptime balanced with efficiency.

  • ATS and AMF coordination
  • Source logic design
  • Automation reliability
A hybrid controller choosing between solar, battery and generator in order of prioritySOLARBATTERYGENERATORCONTROLLER123SITE
How we deliver

Assess, design, implement, support.

The steps adapted to each kind of work.

Assess → Design → Implement → Support

  1. Assessment

    Site inspections, load studies and power-quality reviews to understand uptime risk and demand.

  2. Design & BoQ

    Electrical designs, protection plans, source coordination and bill of quantities aligned to the site.

  3. Build & Commission

    Installation, testing, switching setup, protection checks and structured handover into operation.

  4. Support

    Preventive maintenance, monitoring, fault response and improvement planning after deployment.

FAQ

Frequently asked questions.

Where do solar installations fit?

Load-based sizing, cost reduction with uptime targets, and future battery or hybrid expansion. Capacity is based on actual energy use, inverter, panel and protection choices are planned, and the system is ready for storage or hybrid additions.

Where does battery storage fit?

Storage for continuity goals, solar with generator backup, and battery sizing on useful autonomy. It gives runtime where it matters, operation integrated with the power system, and less generator stress because storage absorbs part of the load.

Where do hybrid power systems fit?

Generator, battery and solar sites, lower fuel dependency, and complex source coordination. Switching between generation, storage and solar is defined, battery and solar carry load where safe, and the system is easy to monitor and optimise.

Where does hybrid control fit?

Solar, storage and generator together, less downtime and fuel waste, and priority-based control logic. Handover between sources is consistent, avoidable generator runtime is cut, and the control is easy to understand and test.

Get in touch

Need reliable power?

Share your site conditions, uptime risks and growth plans. We will propose the infrastructure, backup, solar and support you need.

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