Off-Grid with Lithium-ion Batteries
Objective: The customer was building a new home and would have had a large cost of connection to the electricity grid. They wanted a system that would be hassle-free and comfortably
Complete Power - Off-Grid Power Systems
The Complete Off-Grid Power Systems are the most versatile and popular of our off-grid stand-alone solar system products.
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The capabilities of this off-grid solar system range from powering a medium sized house up to larger properties including;
- Homes
- Farms
- Stations
- Small Businesses
- Homes
- Farms
- Stations
- Small Businesses
These high quality stand-alone solar systems provide reliable power, without any compromising on your lifestyle.
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FREE MONITORING
Order your off-grid solar power system before 30th November 2020 and receive a free system monitoring package valued at over $1000 – more info
Features
Specifications
Costing
Case Studies
Load Profile
‘Complete’ Off-Grid Power System Features
RELIABILITY
High quality components which gives you dependable grid quality power all day and night.
SIMPLE OPERATION
Pre-programmed, automated ‘set & forget’ operation which is user friendly for everyone.
EFFICIENCY
An AC-coupled system configuration which means the highest efficiency for even very large power needs with options to expand.
LOW MAINTENANCE
Sealed gel or lithium-ion batteries which are built to last.
SAFETY
All applicable safety standards are exceeded; concealed wiring; sealed batteries. We take our safety, standards and regulations responsibilities very seriously.
MONITORING
Easily understand, control and visualise the status of your off-grid power system locally or remotely with many options available.
Off-Grid Energy Australia’s Complete Off-Grid Power System requires a small amount of space and fits neatly in your utility shed, or alternatively in our weather-proof and fully self-contained enclosure. Solar panels can be mounted on your roof or on adjustable ground frames.
AdaptUnit
Installs in suitable existing enclosures (e.g. a shed or utility room).
For circumstances where EnergyBox is an unnecessary extra.
EnergyBox
Plug-and-play, fully self-contained weatherproof enclosure.
Removes the hassle of building compatible housing for your off-grid solar system.
Each of our off-grid stand-alone solar systems incorporates;
- highly sophisticated inverter/charger technology
- one or multiple solar inverters with maximum power point tracking (MPPT)
- deep cycle sealed gel batteries, or lithium ion batteries
It will utilise any combination of
- solar panels
- wind turbines
- micro-hydro
- fuel generators
depending on what’s best suited to your site, needs and circumstances.
Other Off-Grid System Range Options
- Large Homes and Properties
- Accomodation
- Communities
The Off-Grid Energy Advantage
Experience
Installing battery storage isn’t as simple as installing plain solar. Our head technician has been designing off-grid systems since 2002, and our core team has been working with battery systems since 2006.
Quality Components
It’s unwise to make compromises when you are energy independent. There is a world of difference in the quality of system components, so we make sure we only source the very best.
Expert Design
Inferior off-grid systems provide frustratingly unreliable power and a costly short system life due to poor sizing, mismatched equipment, non-compliant design, and unsafe installation. Our expert technicians ensure these pitfalls are avoided.
Happy Customers
We have hundreds of happy battery storage customers across Australia. When you ask us for a customer reference, we can provide someone with an off-grid system just like yours.
Integrity
We understand the responsibility of providing reliable power, and being available 24/7 to troubleshoot. We value honesty and integrity in our staff, and always strive to exceed expectations.
Endorsed, Certified & Awarded
Our fantastic, hard working team has proudly received numerous awards, industry endorsements, and certifications from respected organisations.
Recent Off-Grid System Projects
Off-Grid with Lithium-ion Batteries
Objective: The customer was building a new home and would have had a large cost of connection to the electricity grid. They wanted a system that would be hassle-free and comfortably
Off The Grid With An EV
Objective: Customer had a sizeable cost to connect to the grid, and also wanted a renewable source of power for his home. He also wanted his off grid system to be
Off-Grid Lithium-ion System Upgrade
Objective: Customers existing standalone power system was insufficient for their needs and was failing. Required larger capacity, the latest technology and integrate old solar Load Analysis: 5.2-4.2kWh average daily winter/summer
Award-Winning Off-Grid Sustainable Home
Objective: Customers existing standalone power system was insufficient for their needs. Required larger capacity for a new build. Integrate old solar modules too. Load Analysis: 11.1-11.7kWh average daily winter/summer demand;
Off-Grid ‘Tree Change’ For A Young Family
Objective: Customers moving to existing country off-grid home with insufficient existing standalone power system Load Analysis: 15.6-16.7kWh average daily winter/summer demand; 7.2kW design surge Site Considerations: Only east 2nd storey
Off-Grid Independence & Cold Beer!
Objective: Facing a cost to connect grid power to their new block, the customer wanted to avoid relying on the grid anyway due to poor local network reliability. Significant load
Off-Grid Solar EnergyBox
Objective: Wanted power on site before family home and shed build commences. Had strong sustainability motivations. The system was required to power a shed initially and a house later on. Load
Nitmiluk National Park Katherine
Objective: High cost of connection for grid power, and a preference towards sustainable energy Load Analysis: 15.3-19.6kWh average daily winter/summer demand; 6kW design surge Site Considerations: Optimal solar roof area