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Design and Installation

Proper system design and installation are the first steps required for sustainable on-site health facility energy systems. Off-grid energy system design is quite complex and should typically be done by a trained professional. This page does not attempt to teach the user how to do a design and installation, but rather covers some general principles and lessons learned.

6 Steps to Powering Health

Powering Health's six-step approach to understanding a health facility’s energy needs and designing an energy system to meet those needs in a cost effective way. Learn about the approach and find resources supporting each step.

A hypothetical clinic in the Kalahari Desert of Botswana currently has a small refrigerator, lights, hematology mixer, microscope, computer, and communications equipment. It is determined that the average daily load of the clinic is 13 kWh per day with additional load of 2 kWh per day expected in the near future. The clinic is not connected to the grid and currently utilizes a diesel generator to partially meet its energy needs. An international donor agency has been working with this clinic to improve local health care service delivery and would like to explore different options for upgrading its power generation systems.

HOMER Energy Tool

This exclusive online version of the HOMER energy optimization tool evaluates hybrid power systems to determine the most cost effective options for delivering continuous electricity to health facilities.