Grid Use Reduction
Solar production designed to daytime demand and improve the cost of energy consumed during business hours.
Solar & renewable energy
Commercial and industrial solar PV, battery storage, hybrid power and plant support engineered around your site's operating profile.
The Perfect System
A high-performing energy system balances generation capacity, storage capabilities, smart controls, grid conditions, tariff exposure and operational risk to ensure a reliable and depedable system that delivers value beyond its financial benefits.
We carefully evaluate how a site consumes energy, when demand peaks, which loads must remain operational, integrate automations to take over manual controls and investigate how the plant will interact with the point of utility connection. The result is a solution catered to the business case rather than a generic generation equipment bundle.
Integrated architecture
Every element of the power generating system is carefully set up around actual site conditions, protection requirements and the intended operating strategy.
Catererd Solutions
The design can prioritise savings, energy resilience, operational continuity, peak demang management or a combination of various requirements.
Solar production designed to daytime demand and improve the cost of energy consumed during business hours.
Incorporate Battery Energy Storage and Hybrid Controls to support critical loads through interruptions and constrained supply.
Coordinate battery discharge and schedules to counter excessive demand peaks and protect available capacity.
Combine Generation, Battery Storage and Controls for locations where grid electrification is costly or unavailable.
Standardise future design, procurement, compliance and reporting across multiple properties or facilities.
Investigate underperformance with skilled module-level testing, manufacturer performance testing, monitoring data, fault finding and corrective action.
Project pathway
Electricity bills, interval data, site constraints, operating objectives and future changes.
Plant options, yield, load matching, storage strategy, assumptions and risk review.
Layouts, electrical design, equipment, protection, SSEG documentation and execution planning.
Procurement, installation, quality checks, functional testing, handover and training.
Performance visibility, fault response, inspections, maintenance and reporting.
Plan Your Next Plant