Standalone Off-Grid Power Systems for Remote Stations
MyEnergy Engineering has been delivering standalone off-grid power systems for remote stations across Australia since 2010. From cattle and sheep properties to large mixed-use operations, we design and install systems built to handle real-world conditions.
Each system is tailored to the site—combining solar, battery storage, and generator backup to provide reliable, long-term power where the grid isn’t available.
Reliable, Scalable Power for Remote Australia
Reliable, Scalable Power — Anywhere in Australia
Operating a remote station means power isn’t optional — it’s critical. Our remote area power systems (RAPS) are engineered for:
- Continuous operation in harsh environments
- High-load applications like pumps, refrigeration, and machinery
- Long-term reliability with minimal intervention
- Expansion as your station grows
We focus on delivering systems that work day in, day out — not just on paper.
Why Stations Choose MyEnergy Engineering
Built for Harsh Environments
All components are selected and installed to handle extreme heat, dust, and isolation.
Proven Track Record
We’ve delivered off-grid systems across some of Australia’s most remote and demanding locations.
In-House Installation Team
From design through to commissioning, everything is handled internally — no subcontractors.
Scalable System Design
Start with what you need now, with the ability to expand solar, battery storage, and inverter capacity over time.
Wholesale Service Agent & Distributor
Direct access to proven equipment, technical support, and long-term service capability.
Backup & Ongoing Support
Our systems are designed to keep your station powered without interruption.
- Automatic generator backup to maintain supply during low solar periods
- Battery storage sized for reliability, covering overnight and poor weather
- Remote monitoring with live system data and fault alerts
- In-house support team available for diagnostics, servicing, and upgrades
With direct access to parts and support as a Victron Service Agent, we’re set up to keep your system running long-term — not just at install.
What a Remote Station Power System Includes
Every system is tailored, but most remote station setups include:
Solar Array
Ground-mounted or roof-mounted solar designed to meet daily energy demands and reduce generator runtime.
Battery Storage
Lithium battery systems sized for multiple days of autonomy, ensuring consistent power during poor weather.
Diesel Generator Backup
1500rpm water-cooled generators for dependable backup and fast battery charging when required.
Inverter & Power Control
Victron inverter/chargers managing power distribution, load handling, and automatic generator integration.
Remote Monitoring
Real-time system performance via satellite or mobile networks, allowing diagnostics and support without site visits.
Rugged System Housing
Containerised or shed-based systems that are vermin-proof, dust-resistant, and climate controlled.
How We Work With Station Owners
1. Initial Consultation
We assess your location, current infrastructure, and power requirements.
2. Preliminary Design & Budget Estimate
A tailored system concept with realistic cost ranges and system sizing.
3. Detailed Design & Installation
Full engineering, supply, installation, and commissioning of your system.
4. Ongoing Support & Upgrades
Remote monitoring, servicing, and future system expansion as your needs evolve.
Proven Remote Station Projects Across Australia
We’ve delivered off-grid power systems to stations across South Australia, Victoria, Western Australia, and beyond, including:
|
Kolendo |
Ingomar Epsilon |
Frequently Asked Questions
How long does a remote station power system last?
Most systems are designed for 15–20 years. Solar panels last the longest, batteries typically 10–15 years, with generators maintained as part of ongoing servicing.
Can you integrate an existing generator?
Yes — we regularly integrate existing diesel generators into new solar and battery systems.
How do I know what size system I need?
We design systems based on your current usage, peak loads, and future expansion plans.
What happens during poor weather?
Battery storage covers multiple days without solar input, with the generator automatically starting when required.
Do you offer remote support?
Yes — all systems include monitoring so we can assist without immediate site attendance.
How long does installation take?
Typically 4–10 weeks from approval, depending on system size, location, and logistics.