Solutions by deployment type

Tell us the site, the tariff and the grid code. We return a bill of materials, a single-line diagram, an energy yield estimate and a landed-cost quotation — typically within five working days.

Residential rooftop solar with home battery storage
8.8 kWp rooftop with 10.2 kWh storage — 78 % self-consumption in year one
Solution 01 · Residential

Home solar with backup power

Designed for installers who need to commission a system in one day and for homeowners who expect the lights to stay on during an outage.

  • All-black modules — uniform appearance for pitched roofs and heritage areas.
  • Hybrid inverter with 10 ms backup transfer — essential loads stay powered through grid loss.
  • Stackable battery — start at 5 kWh and add modules later without changing the inverter.
  • Single-day commissioning — pre-configured monitoring gateway and QR-code system registration.
Typical system size
5 – 15 kWp
Storage
5 – 20 kWh
Self-consumption uplift
30 % → 75 %
Backup runtime (critical loads)
8 – 12 hours
Grid codes
EN 50549 · AS/NZS 4777.2 · UL 1741
Commercial rooftop solar array
1.8 MWp factory rooftop with 215 kWh storage — payback modelled at 4.1 years
Solution 02 · Commercial & industrial

Rooftop generation with demand-charge control

For factories, warehouses, cold stores and logistics hubs where the electricity bill is dominated by demand charges rather than energy charges. Storage is sized against your 15-minute peak, not your monthly consumption.

  • Peak shaving — a rolling 15-minute window controller with a configurable demand ceiling.
  • Dual revenue accounting — arbitrage, demand savings and incentive income reported separately, so you can see which measure is actually earning.
  • Load-shedding coordination — optional integration with your BMS to defer non-critical loads before the battery discharges.
  • Diesel-free backup — ride through outages for critical process loads, with generator lockout.
Typical system size
100 kWp – 5 MWp
Storage
215 kWh – 3 MWh
Demand charge reduction
15 – 30 %
Modelled payback
3.5 – 5 years
Load study
Included, based on interval data
Utility-scale solar plant at golden hour
Container-consolidated supply for utility projects — single B/L, single compliance set
Solution 03 · Utility-scale

Ground-mount plants and grid-scale storage

Full DC and AC scope for EPC contractors delivering plants from 5 MWp upward — modules, central inverters, combiners, containerised storage and the compliance package your lender's technical advisor will ask for.

  • Large-format modules — 700 – 720 W units reduce mounting, cabling and labour cost per MWp.
  • 1,500 V DC architecture — central inverters at 99 % peak efficiency and reduced cable losses.
  • Bankability package — IEC test reports, UL 9540A data, warranty reinsurance certificate and factory audit reports.
  • Staged delivery — supply against a construction schedule with call-off warehousing at the destination port.
Typical plant size
5 MWp – 500 MWp
Storage counterpart
2.5 – 5 MWh per container block
DC architecture
1,500 V
Performance ratio modelled
81 – 84 %
Lender package
Available under NDA
Thermal inspection drone over a solar array
String-level thermal survey — defects located, classified and priced
Solution 04 · Asset inspection

Thermal inspection, delivered as a defect list

Buy the platform and fly it yourself, or buy the survey as a service. Either way the deliverable is the same: a geo-referenced defect register with estimated energy loss per finding, ranked by repair payback.

  • Purchase the fleet — aircraft, software licences, training and spares for in-house inspection teams.
  • Or commission the survey — periodic inspection with report delivery, no capital outlay and no pilot certification required on your side.
  • Defect classification — hotspot, bypass diode, string open circuit, PID, soiling and delamination, each with a recommended remediation.
  • Financial ranking — findings ordered by the value of lost generation they cause, so maintenance budget goes where it earns most.
Survey coverage rate
0.8 – 1.2 km² / hour
Defect location accuracy
String + module position (RTK)
Report turnaround
3 – 5 working days
Fleet purchase
1 – 200 aircraft
Service model
Per survey or annual retainer
How we work

From first message to commissioning support

A predictable six-step process, with a named export engineer on your account from enquiry through to after-sales.

Step 01
Enquiry & scoping

You send site conditions, quantities, destination port and required certifications. We confirm scope within one working day.

Step 02
Technical proposal

Bill of materials, single-line diagram, energy yield estimate and compliance checklist — free of charge.

Step 03
Commercial quotation

FOB, CIF or DDP pricing with a container loading diagram and a delivery schedule. Valid 30 days.

Step 04
Sample & approval

Samples or pre-production units shipped for evaluation where the order value or specification risk justifies it.

Step 05
Production & inspection

Production with in-line QC, plus your own third-party inspection welcome at any stage, at our plant.

Step 06
Delivery & after-sales

Export documentation, logistics tracking, commissioning support and a single claims desk for the warranty period.

Next step

Start with a technical proposal — no obligation

Send us your project outline and we will return a scope, a bill of materials and an indicative price. If it is not a fit, we will tell you that too.