View source for Reference:5 m brick water tower 5000l

{{DISPLAYTITLE:5 m Brick Water Tower 5,000 L}}

AOWIS Reference Implementation: 5 m Brick Water Tower with 5,000 L nylon tank. Designed for '''simple, locally-buildable construction''' using available materials.

This blueprint is '''non-normative''' and intended as a '''practical, low-tech reference''' for local water infrastructure.

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File:Water tower malawi brick 5000l 00.jpg|Water Tower Malawi Brick 5,000 L
File:Water tower malawi brick 5000l 01.png|Water Tower Malawi Brick 5,000 L
File:Water tower malawi brick 10000l twin 00.jpg|Water Tower Malawi Brick 10,000 L Twin
File:Water tower malawi brick 10000l twin 01.jpg|Water Tower Malawi Brick 10,000 L Twin
</gallery>

== Functional Purpose ==

* Store 5,000 L of water in a tank elevated ~5 m for gravity-fed irrigation
* Provide reliable water supply without requiring specialized equipment
* Integrate optionally with AOWIS Field Controllers for water level monitoring

== Structural Concept ==

* 5 m high brick tower in '''simple cross/X pattern''' for stability
* Supports a '''standard 5,000 L nylon tank''' (locally available)
* No specialized engineering required - buildable with local skills
* Open-top tank for inspection and filling
* Mobile Ladder or simple access for maintenance if needed

== Hydraulic Layout ==

* Tank outlet supplies outlets, homes, irrigation zones by gravity
* '''Minimum water level need to be maintained for stability''', especially during strong winds
* Isolation valve allows manual control
* Optional integration with a small pump for secondary supply zones

== Safety Considerations ==

* Basic stability ensured by the cross/X brick pattern
* Keep tank weight within reasonable limits (full tank ~5 tons)
* Ladder and hatch should be used carefully and protected to be accessed by children
* Empty or near-empty tanks are more susceptible to wind forces; take care during strong wind events
* Ensure tank straps, brackets, or anchoring to the frame are installed and checked regularly
* Basic manual valve operations keeps it operational during brownouts

== Manual Operation Pathways ==

* Tank filling and emptying can be done manually if electronics fail
* Simple paper-based logs or measurements supported

== Controller Integration Points ==

* Optional water level sensor for Field Controller logging
** AOWIS control can read tank level for irrigation scheduling
* Controller can enforce a minimum water level to ensure the tank remains gravity-stable against wind forces
* Controller may connect to global weather forecasts when internet is available
** High wind or storm warnings trigger alerts to the operator
** Controller can temporarily fill or maintain tank level to prevent tipping during forecasted high winds
** Irrigation may be suspended or modified to reduce risk to infrastructure
* Manual bypass always available - water supply continues even if electronics are offline

== Versioning Note ==

* This design is so simple and locally adaptable that traditional versioning practically does not apply
* Builders may adjust dimensions, brick patterns, or tank placement according to local materials and skills
* Basic stability and functional operation should be maintained