Solar PV & Battery Systems
Industrial Renewable Power — Reliability, Resilience & Scope 2 Reduction
100 kW to Multi-MW | On-Site Storage | Outage Resilience | Grid Services Ready
Solar and batteries are no longer optional for industry — they are critical infrastructure for decarbonisation and operational stability.
We design systems for industrial scale — not small commercial — with a minimum deployment size of 100 kW, scaling into multi-MW generation and multi-MWh storage.
When integrated with Thermal Energy Storage (TES) and heat pumps, solar becomes the plant’s primary energy source, batteries add resilience and flexibility, and the factory can run with minimal grid dependence.
Our Deployment Scope
This is not small business solar.
This is plant-scale energy infrastructure.
Why Solar Matters for Heat Electrification
Solar is the cheapest renewable input for industrial processes.
Paired with electrified heat (heat pumps), it becomes a direct fuel replacement for gas.
Solar feeds the plant, not just the meter.
Battery Role in the System
Batteries are not thermal storage — TES handles that better.
Batteries exist for power quality, resilience, flexibility and revenue.
01. Operational stability
Brownouts smoothed
During daytime blackouts, the site may continue operating if solar + battery are sized correctly
Protects product integrity & plant uptime
02. Grid & Market Participation
Wholesale arbitrage (buy low, discharge high)
FCAS revenue participation
Demand charge avoidance
Contingency event response
03. Scope 2 Emission Reduction
Higher renewable penetration
Less grid energy per tonne processed
Engineering Principles
Our systems are built for:
Food & industrial environments
High uptime & redundancy
SCADA monitoring and control
Heavy corrosion-resistant structures
20–30+ year service life design
Roof, ground-mount or structural integration
Industrial Energy Flow with Solar
Outage Continuity Illustration
Runtime Capability Comparison:
