01 / EXPLORATION
Remote exploration
Temporary supply and lighting where access, equipment loads and operating schedules vary.
Fuel delivery, mobility, duty cycleREMOTE & OFF-GRID OPERATIONS
Power planning
beyond the grid.
For camps, exploration programs and isolated facilities, reliability starts with understanding daily demand, fuel or charging access, transport conditions and who will support the equipment.
Project-based equipment supply. Configuration, documentation, delivery and support are confirmed for each agreed scope.
01Daily demandBase load, peaks and starting loads
02Energy availabilityDiesel, solar and charging options
03Remote logisticsAccess, unloading and service routes
04Configuration reviewDuty, system interfaces and support
WHERE IT MATTERS
Different locations. Different operating patterns.
Off-grid projects are defined by demand, location and available energy, not by a one-size-fits-all model. These are potential applications rather than a claim of completed IronWest installations.
02 / FACILITIES
Field camps & facilities
Power requirements for site accommodation, workshops and essential support functions.
Base load, peak load, backup needs03 / TEMPORARY
Mobile operations
Shorter-term power and lighting for work areas without reliable grid access.
Deployment time, site setup, logistics04 / RESILIENCE
Contingency supply
Standby or staged supply for isolated facilities and changing operational needs.
Duty, storage, transfer requirementsTHE SELECTION PROCESS
Plan the energy supply, not just the generator size.
Remote worksite performance depends on the whole operating pattern: how much power is needed, when it is needed and how the equipment can be serviced or replenished.
REQUIREMENT REVIEW
INPUTSite brief
ASSESSEquipment
AGREEScope
Planning sequence only. Final engineering and statutory responsibilities are agreed separately where required.
PLANNING FACTORQUESTIONS TO RESOLVE
01Daily load profile
Base consumption, peak demand, motor starting and hours of operation.
02Energy inputs
Fuel availability, daylight, solar access and battery charging opportunities.
03Remote access
Road limits, transport, unloading, maintenance reach and spare parts.
04System interfaces
Connection requirements, controls, standby provision and documentation.
EQUIPMENT OPTIONS
Choose around the operating profile.
Existing products are shown using genuine product imagery. Battery and hybrid systems are discussed as project configurations, not pictured as an existing fleet.
SOLAR LIGHTING
01 / SOLAR LIGHTING
Solar lighting towers
For mobile lighting duties where solar charging and battery capacity support the required hours.
Confirm: Lux target, sunlight, charging, autonomy
Explore option
DIESEL POWER
02 / DIESEL POWER
Diesel generators
For worksite loads and standby needs where fuel logistics and operating duty can be managed.
Confirm: Prime/standby, fuel, starting load
Explore option
PROJECT CONFIGURATION
01Generation
↔02Storage
→03Site load
03 / PROJECT CONFIGURATION
Battery & hybrid planning
Battery storage and hybrid combinations may be appropriate where the load, controls and charging opportunity support them.
Confirm: Load profile, controls, charging
Explore optionPROJECT-BASED OPTIONS
Final equipment, controls, any battery integration and electrical interfaces are considered against the actual load, site requirements and agreed supply scope.
Hybrid & custom power solutions
REAL EQUIPMENT / FACTORY STAGE
Start with equipment you can actually inspect.
The IW-89V product record includes an equipment inspection photo and technical specifications. Those are useful starting points for a discussion, but actual runtime, charging and lighting performance must be checked against the site.
- Equipment documentationReview the model and configuration
- Operating requirementsMatch load, charging and working hours
- Remote deployment planningConfirm access, freight and support scope
PROJECT DELIVERY APPROACH
Remote deliveries need a plan from day one.
Before committing to equipment, clarify access, documentation and energy availability. These details influence configuration, procurement and the delivery scope.
- 01
Project requirements
Location, operating needs, site limits and timing.
- 02
Configuration review
Equipment capacity, duty, controls and interfaces.
- 03
Production coordination
Supplier communication and agreed milestones.
- 04
Documentation & QA
Required paperwork and relevant inspection scope.
- 05
Delivery arrangement
Freight, unloading and handover as agreed.
No fixed fuel saving, autonomous runtime or remote service response is promised without project-specific technical evidence and agreement.
USEFUL QUESTIONS
Before you request a quote.
A concise brief makes it easier to assess relevant equipment and avoid assumptions about scope.
Does solar lighting operate for the same duration at every site?
No. Runtime depends on the battery, lighting load, weather, solar charging and site conditions. Published maximum autonomy figures should be reviewed against the actual operating profile.
Is battery storage always more economical than diesel?
Not necessarily. Any fuel or operating-cost benefit depends on load patterns, charging sources, system sizing and operating requirements, and should be supported by an appropriate analysis.
What information is useful for a remote power enquiry?
Provide daily load, peak equipment demand, operating hours, energy sources, access restrictions, location and required delivery timeline. Also note any required documentation and onsite support scope.
DISCUSS YOUR REQUIREMENTS
Remote site? Start with the operating details.
Share the location, daily load profile, energy availability and access arrangements. We can review potential power, lighting and supply options.