Solar and Micro-Grid Engineering

Bring renewable generation, battery storage and demand into balance. Develop a practical route towards lower-carbon power and greater energy resilience for your site.

Lifecycle considerations

Your project, in context

Start with your use case.

Explore practical applications, then see how we assess and develop your project.

Homes and estates

Share electricity use, available space and the loads that matter most.

Businesses and community facilities

Identify operating schedules, essential loads and priorities during interruptions.

Remote sites

Describe the current supply, site access and the operating needs to assess.

Engineering Scope

  • Solar and battery storage architecture
  • DC-coupled and hybrid micro-grid design options
  • Critical-load priorities and backup control requirements
  • Solar array sizing against site demand and usable space
  • Grid-connected, hybrid and off-grid feasibility assessment
  • Monitoring, metering and control integration

Design Priorities

  • Defined backup targets for essential loads
  • A plan for operation during grid interruptions
  • Options to reduce generator operating hours
  • Greater use of onsite solar generation
  • Lifetime cost comparisons using site assumptions
  • Expansion considered in the initial design

Project Fit

  • Homes and residential estates
  • Businesses and commercial facilities
  • Schools and healthcare clinics
  • Rural and remote communities
  • Sites combining energy storage and EV charging

How It Works

Energy Audit & Site Survey

Review solar exposure, available space, consumption and outage patterns. Agree which loads need backup and for how long.

Integrated System Design

Compare solar, storage and inverter configurations as a complete system. Select the architecture around the site's operating priorities.

Installation & Load Priorities

Define equipment locations, protection and load separation. Confirm installation responsibilities and the sequence for bringing the system online.

Commissioning & Handover

Set acceptance checks for normal operation and grid interruptions, then document monitoring, operating limits and maintenance requirements.

Design around the loads that matter.

Share your site location, electricity use and essential loads. Tell us about available roof or ground space and your backup priorities.

Discuss Your Project