Solar Pump Selection Software

Connect solar inputs
with pumping requirements.

Bring location, solar irradiation, pump duty and system configuration information into a structured solar-pump selection workflow.

Location Inputs Solar Irradiation System Configuration
Solar photovoltaic array powering a farm water pump in Wardha, Maharashtra
Illustrative installation. Photo: Shailsh Telang / Wikimedia Commons · CC BY-SA 4.0. Display cropped.
Site information

Location and solar resource inputs

Pump requirements

Flow, head and application data

System configuration

PV, controller and drive requirements

Selection Capabilities

A connected view of solar pumping requirements.

Review the pumping application alongside site and solar information. Available inputs, calculations and outputs depend on the configured product data and agreed software scope.

Location Inputs

Include latitude and longitude to identify the location relevant to the solar-pumping application.

Solar Irradiation

Consider solar irradiation information as part of the system evaluation and selection requirements.

Pump Duty

Define required flow and head, together with the application information needed to evaluate pump options.

PV Configuration

Review photovoltaic configuration requirements alongside the selected pump and application inputs.

Controller & Drive

Discuss controller and drive configuration information for your solar-pump product range.

Technical Outputs

Define the datasheets, performance information and quotation outputs needed for your selection workflow.

Farm well and solar photovoltaic installation used for water pumping
Illustrative installation. Photo: Shailsh Telang / Wikimedia Commons · CC BY-SA 4.0. Display cropped.
Prepare Your Project Inputs

Start with the site and water requirement.

Share the application details and your available product information to help define a relevant demonstration and configuration scope.

  • Site location, latitude and longitude
  • Required flow, head and water demand
  • Solar irradiation information and its source
  • Pump models and performance data
  • PV, controller and drive specifications
  • Required technical document formats
Selection Workflow

From site inputs to a documented configuration.

01 / DEFINE

Capture the application

Record the location, water requirement and pump duty inputs.

02 / REVIEW

Consider solar inputs

Review the solar resource information included in the agreed scope.

03 / CONFIGURE

Evaluate the system

Review pump, PV, controller and drive configuration requirements.

04 / DOCUMENT

Prepare the outputs

Create the technical documents available within the configured software.

Common Questions

Solar pump selection software.

Is this software for solar-pump selection?

Solar Pumps is a category within Velotech’s Pump Selection Software portfolio. Contact the team to discuss your product range, site inputs and system configuration requirements.

Does the software automatically fetch solar irradiation data?

The data source and retrieval method need to be confirmed for the implementation. Share your preferred solar dataset or input method when discussing the scope.

Can our pump and PV product information be used?

Share your pump models, performance curves, PV specifications and controller or drive information so the team can review configuration requirements.

Can it predict daily water output?

Any water-output calculations, assumptions and reporting capabilities must be confirmed in the software scope and demonstrated using the relevant inputs.

Discuss Your Solar Pump Range

Define your selection requirements.

Connect with Velotech to discuss site inputs, pump data and solar-system configuration for your application.