---
title: "When water and electricity are not available: real-world solutions for complex sites"
description: "Practical solutions for complex sites without water or electricity: autonomous power, water supply, sensors, and recirculation."
---

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# [When water and electricity are not available: real-world solutions for complex sites](https://blogue.ozerosolutions.com/en/articles/quand-leau-et-lélectricité-ne-sont-pas-accessibles-des-solutions-concrètes-pour-les-sites-complexes)

 Written by [Ozero EN](https://blogue.ozerosolutions.com/en/articles/author/ozero-en) | Mar 3, 2026, 10:33:08 PM

*by Ozero Solutions | 3 march, 2026 | Blog*

In remote or complex locations, the lack of access to water and electricity is a major operational challenge. In practical terms, this can slow down deployment, increase installation costs and cause service interruptions. This article presents self-sufficiency options tailored to real-world conditions. At Ozero Solutions, each project is designed to maintain reliable operation, even without traditional infrastructure.

### Without electricity

When the electrical grid is not available, the goal is to maintain stable operating capacity.

- The use of gasoline-powered pressure washers, combined with diesel or propane burners, allows operation without dependence on the grid.
- These configurations are generally deployed in non-self-service environments, while ensuring continuity of operations.
- Low-energy components can be powered by solar panels or a generator, reducing the site's overall energy dependence.

### Without a water network

When there is no water supply network, the goal is to stabilise availability and flow.

Two approaches are common depending on the context:

- Pump water from a natural source (e.g. lake), then store it in a tank or reservoir, with an advanced filtration system to ensure quality.
- Installing a 1,000 to 2,000 litre tank, periodically supplied by tanker truck, in coordination with a specialised supplier.

### Reliability: sensors, alarms and recirculation

Autonomy must also reduce the risk of shutdowns and protect equipment.

- Low-level sensors protect pumps by preventing dry running.
- An alarm system facilitates preventive intervention in the event of a critical threshold being reached.
- A recirculation system allows water from washing to be recovered, filtered and reinjected into the system, reducing consumption.

 

[View full post](https://blogue.ozerosolutions.com/en/articles/quand-leau-et-lélectricité-ne-sont-pas-accessibles-des-solutions-concrètes-pour-les-sites-complexes)

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