What is RHELGAN Solar Water Pumping Systems?
Project-configured solar pumping for bore, well, transfer and selected community-water duties where storage can provide resilience without relying on…
RHELGAN Water Systems
RHELGAN · SOLAR WATER PUMPING
Solar Water Pumping Systems
Project-configured solar pumping for bore, well, transfer and selected community-water duties where storage can provide resilience without relying on continuous grid supply.
01WATER SOURCE
02PUMP DUTY
03SOLAR ARRAY
04CONTROLLER
05STORAGE
06DISTRIBUTION
Direct project answers
What project teams need to know about Solar Water Pumping Systems.
What projects are suitable for solar water pumping systems?
Typical project pathways include development infrastructure, remote communities, schools and health facilities, and international community water projects. Final suitability depends on the exact configuration, site conditions, operating requirements and destination.
What information is needed to specify solar water pumping systems?
Before specification or quotation, the project review should confirm: Verified product specifications or documented product facts; Clear applications, limitations and configuration boundaries; Project inputs required for manual quotation or technical review; Apollo supply-only scope and purchaser/local-project responsibilities. Claims are kept tied to the exact proposed system rather than transferred from a related product or reference configuration.
Can Apollo NZ Global supply solar water pumping systems internationally?
Apollo can supply suitable projects internationally where the product and destination pathway are current. Send the project location, intended use, dimensions or quantities, timing, relevant drawings or photographs, and any known performance, compliance or environmental requirements for review.
Where it fits
Applications that benefit from this pathway.
Remote bore supplyVillage water systemsSchools and clinicsLivelihood / community water projectsIsland and difficult-logistics sitesOff-grid housing clusters
Selection factors
Define these before equipment is fixed.
Source yield
Static and dynamic water level
Total dynamic head
Daily volume
Pipe route and losses
Seasonal solar resource
Storage autonomy
Backup-power requirement
Specification controls
Keep the public pathway useful without turning planning data into guarantees.
Pump size follows hydraulic duty rather than panel wattage alone.
The source must not be pumped beyond sustainable yield.
Storage often acts as the principal energy buffer.
Controller protections, dry-run protection and maintainable pump access are defined for the project.
Working resources
Carry this section through design, procurement and handover.
Source-Water Review
Structure source, testing, seasonal reliability and treatment questions before equipment is selected.
Open reviewDemand & Storage Planner
Turn demand and storage autonomy into a transparent planning range.
Open plannerSpecification Template
Use one controlled schedule for storage, treatment, pumping, controls and project interfaces.
Open templateResponsibility Matrix
Separate supplied equipment from civil works, pipework, power, approvals and operations.
Open matrixInstallation & Commissioning
Plan site readiness, assembly, cleaning, testing and water-quality verification.
Open commissioningOperations & Maintenance
Define routine checks, consumables, spares, alarms and operator ownership.
Open O&MProject note
Solar water pumping is a hydraulic and energy problem together. Bore yield, head, daily volume and seasonal solar resource need to be assessed before pump or array selection.
Final equipment, material, capacity, certification, drawings, performance and commercial scope are confirmed against the exact project configuration.
RHELGAN · WATER STORAGE & SUPPLY SYSTEMS