Containerised Off‑Grid Power Systems

Power where the grid can’t go — delivered in a single, rugged container. MyEnergy designs and builds turnkey off‑grid systems inside 10‑, 20‑ or 40‑foot containers, pre‑wired, factory‑tested and ready to run the moment they land on site.

Power Where the Grid Can't Go

What is a containerised off‑grid system?

A complete solar‑battery‑generator power plant pre‑built into a shipping container. We integrate the inverter/chargers, lithium batteries, DC charge controllers, switchgear, ventilation/air‑conditioning, fire safety, and remote monitoring. On site, you connect the PV array, generator (if used), and the main load — then turn it on.

Built for:

Stations and agriculture (pumps, sheds, dairies, cold rooms)
Mining and exploration camps
Remote resorts and island infrastructure
Emergency/temporary power for community assets
Construction compounds and telecommunications

Why MyEnergy

Reliable by design: Proven in harsh Australian and Pacific conditions; all builds are factory acceptance tested (FAT) before leaving Adelaide.
Scalable: From 10 kW to multi‑hundred kW with modular battery storage from tens of kWh to multi‑MWh.
In‑house team: Design, build, installation and support by our own technicians and electricians.
Victron service agent & distributor: Deep integration of Victron systems with VRM remote monitoring.
Award‑winning delivery: Clean Energy Project of the Year (2023 & 2024) and Master Electrician of the Year (2024).
Australia & South Pacific: Logistics, commissioning and support where others won’t go.

Typical system architecture

PV Array: Ground mount or roof‑mount frames, sized for your loads and location.
Inverter/Chargers: Victron Quattro/MultiPlus II or industrial PCS for larger microgrids.
Lithium Batteries: High‑cycle LFP racks (e.g., Pylontech, ZYC, BSL HV) with modular expansion.
Generator Integration: Auto‑start 1500 rpm water‑cooled diesel sets (Outreach Energy, Welling & Crossley, Himoinsa) for seasonal peaks and backup.
Controls & Monitoring: Cerbo GX + VRM portal; alarms, data logs and remote resets.
Switchboards & Protection: AS/NZS compliant main and sub‑boards, surge, RCDs, earthing, changeover.
Thermal & Environmental: Insulation, dust filtration, positive‑pressure or split A/C, corrosion protection.
Safety: Fire detection/suppression options, battery isolation, lock‑out/tag‑out hardware.

Standards & compliance: Designed and installed to AS/NZS 3000, 5139, 5033 and 4777 (where applicable). Site‑specific engineering provided.

Mount Victor Station Power System, SA

How we deliver

Scope & Load Study – We verify duty cycles, start‑up currents and autonomy.
Design & Quote – Single‑line diagrams and layout drawings.
Factory Build – Pre‑wiring, programming and QA in our workshop.
FAT – Full functional test with load bank; documentation pack issued.
Delivery & Commissioning – Crane, connect, start; operator training on site.
Remote Support – 24/7 monitoring/alerts via VRM; scheduled maintenance options.

McHugh Robotic Dairy Power System SA

Frequently asked questions

How long does delivery take? 8–14 weeks for most builds after design sign‑off; complex multi‑container systems may take longer.

Can you integrate existing solar or a current generator? Yes. We can reuse compliant PV strings and bring existing 1500 rpm generator sets into the auto‑start sequence.

What maintenance is required? Periodic inspections, filter changes and generator services. We provide a maintenance plan with each system.

What about heat, dust and cyclones? Containers are insulated and mechanically ventilated or air‑conditioned. We specify filtration and anchoring for your site.

Do you offer remote monitoring and support? Yes — Victron VRM gives 24/7 visibility. We can provide monitoring and support packages.

Can these systems connect to the grid later? Yes — hybrid and grid‑assist modes are available where a future connection is planned.