Bore pump selected from yield, dynamic water level and total dynamic head
RHELGAN Water Systems
Remote Water · Solar Pumping
RW-SBSolar Bore Water System
A bore-to-storage water pathway using solar pumping where remote sites need to move water reliably without depending on continuous grid electricity.
Project-sizedinitial planning envelope
01Bore
02solar pumping
03storage
04treatment as required
05gravity or boosted distribution
Source pathways to review
Start with the water that is actually available.
Bore / groundwaterWell source with verified sustainable yield
System architecture
Build the operating system around storage.
Solar array and controller sized around daily volume and available solar resource
Storage used as the primary energy buffer where practical
Treatment placed before or after storage according to source quality and process
Gravity distribution preferred where terrain can reduce pumping demand
Project inputs
What we need before the configuration is locked.
Bore test and sustainable yield
Static and dynamic water levels
Daily volume required
Total pumping head and pipe route
Solar resource and seasonal conditions
Water analysis and treatment requirement
Operations + maintenance
Design for the people who will run it.
Protect the bore pump against dry running and abnormal conditions
Maintain panels, controller and pump access
Do not over-pump beyond the sustainable source yield
Hold critical controller and pump spares where replacement lead times are long
Project resources
Carry this configuration into a controlled project package.
Demand & Storage Planner
Check daily demand, autonomy and planning storage before tank selection.
Open plannerSource-Water Review
Structure source quality, yield and treatment questions before process selection.
Open reviewResponsibility Matrix
Clarify equipment, civil works, services, pipework, installation and approvals.
Open matrixLogistics & Site Receiving
Plan container access, unloading, storage, site readiness and local handling.
Open logistics guideProject specification control
Solar-pump sizing depends on bore yield, dynamic water level, head, pipe losses, daily volume and seasonal solar resource. Storage often carries the resilience rather than batteries, but the final architecture is project-specific.
Final storage volume, material, potable-water evidence, treatment process, pump duty, structural design, foundations, controls, installation, commissioning and destination requirements are confirmed for the exact project configuration.
RHELGAN · WATER STORAGE & SUPPLY SYSTEMS