Energy Plans
Generation, storage, distribution, metering and low-voltage research architecture.
Energy Systems →DOWNLOADS — PLANS
Turn proven systems into reproducible infrastructure.
Sustainable Oasis plans will eventually transform validated system architecture into practical diagrams, layouts, bills of materials and build packages.
A plan should represent more than an attractive drawing. It should preserve system boundaries, dimensions, components, connections, operating assumptions, measurement points and safety requirements.
Plans will be released here only when the underlying system is documented well enough to justify replication.
FROM IDEA TO PLAN
The drawing comes after the learning.
IDEA
PROTOTYPE
MEASURE
IMPROVE
DOCUMENT
PLAN
REPLICATE
CURRENT STATUS
No construction-ready plan packages are being claimed yet.
Sustainable Oasis is currently building the system architecture, experiments, prototypes and knowledge required to create stronger plans later.
Our existing online blueprints and system pages remain conceptual, educational or developmental unless specifically identified otherwise.
This distinction protects future builders from confusing a research concept with a professionally engineered construction document.
PLAN LIBRARY
Future build packages by system.
Sustainable Oasis plans will be organized around the same infrastructure architecture used across the rest of the ecosystem.
Water Plans
Capture, storage, gravity, pumps, filtration and reuse architecture.
Water Systems →Food Plans
Growing beds, water circulation, aquaponics and food-system layouts.
Food Systems →Shelter Plans
Modular shelter concepts, service spaces and infrastructure integration.
Shelter Systems →Automation Plans
Sensors, controls, manual overrides and monitoring architecture.
Automation Systems →Complete Oasis Plans
Integrated plans connecting validated energy, water, food, shelter and automation systems.
Complete Oasis →GUIDE VS PLAN
A guide teaches the system. A plan defines a specific implementation.
Sustainable Oasis guides explain principles, operating logic and measurement.
Plans go further by documenting dimensions, components, physical relationships and implementation details.
The two belong together, but they serve different purposes.
DOCUMENT TYPE
Guide → Blueprint → Plan
STRUCTURE
PLAN PACKAGE STANDARD
A mature plan needs more than one drawing.
Future Sustainable Oasis build packages should include enough information to understand, source, assemble, inspect and measure the system.
System Overview
Define the purpose, boundaries and major functions.
Layout
Show dimensions, positioning and physical relationships.
System Diagram
Show energy, water, control or material flows.
Bill of Materials
Identify required components, quantities and relevant specifications.
Build Sequence
Organize implementation into understandable stages.
Measurement Points
Show where system performance should be measured.
Commissioning
Define checks before the system enters normal operation.
Maintenance
Preserve access, inspection and service requirements.
ENERGY PLAN SERIES
Draw the energy path before wiring the system.
Future energy plans can document generation, storage, protection, distribution, loads and measurement.
Energy plans should define direction, voltage domains, protection, measurement boundaries and safe isolation.
- Generation
- Charge control
- Storage
- Distribution
- Loads
- Protection
- Metering
- Isolation
ENERGY PLAN
Architecture
DEVELOPMENT
SO-EMS PLAN
Measurement belongs inside the design.
The Sustainable Oasis Energy Management System is intended to make energy movement visible throughout experiments.
M01 provides the low-voltage energy-measurement foundation for voltage, current, power and watt-hour accounting.
Future SO-EMS plan packages can document the measurement bench, sensor locations, wiring architecture and test boundaries.
WATER PLAN
Resource Flow
DEVELOPMENT
WATER PLAN SERIES
Design the full water path.
Water plans can document source, collection, tanks, pumps, gravity distribution, filtration, drainage and recovery.
Potable and non-potable pathways should remain clearly separated where different water qualities are involved.
- Catchment
- First-stage debris control
- Storage
- Pumping
- Gravity distribution
- Treatment
- Overflow
- Recovery
FOOD PLAN SERIES
Design growing systems around measurable resources.
Future food plans can connect growing area, water circulation, pumps, storage, lighting, harvesting and measurement.
Aquaponic plans must also consider biological requirements alongside mechanical infrastructure.
- Growing area
- Crop zones
- Irrigation
- Water storage
- Pumping
- Aquaponic circulation
- Harvest access
- Measurement points
FOOD PLAN
Productive Infrastructure
DEVELOPMENT
SHELTER PLAN SERIES
Infrastructure should make every other system easier to operate.
Layout
Organize people, equipment and service access.
Envelope
Protect the interior from weather and environmental loads.
Ventilation
Provide appropriate air movement for occupants and equipment.
Serviceability
Preserve access to systems that will require maintenance.
AUTOMATION PLAN SERIES
Draw both the automatic path and the manual path.
Essential automation should show how sensors, rules, actuators, verification and manual control relate.
SENSOR
MEASURE
DECIDE
ACT
VERIFY
MANUAL OVERRIDE
BLUEPRINT FOUNDATION
Our Knowledge Base already defines the blueprint layer.
Sustainable Oasis blueprints provide structured architectures that can eventually become mature downloadable plans.
SO-EMS Measurement Bench
Energy measurement architecture for controlled low-voltage experiments.
M01 Energy Meter →Gravity Water Bench
Prototype architecture for head, pressure and flow experiments.
Water Lab →Food Efficiency Trial Bed
Growing-system architecture for comparing harvest and resource use.
Food Lab →Automation Bench
Sensor, control and verification architecture for automation experiments.
Automation Lab →PROJECT PLAN FAMILIES
Real projects will give the plans physical context.
Garage Lab
Prototype benches, instrumentation and research layouts.
Garage Lab →Container Workshop
Modular compact infrastructure and future serviceable build packages.
Container Workshop →Vietnam Oasis
Terrain-driven water, food and infrastructure planning.
Vietnam Oasis →Mobile Oasis
Future mobile modular infrastructure architecture.
Mobile Oasis →Complete Oasis
Future integrated plan combining validated Sustainable Oasis systems.
Complete Oasis →CONTAINER WORKSHOP
Compact space creates a powerful test for modular design.
Container infrastructure requires careful coordination between access, energy, water, storage, ventilation and equipment.
This makes the Container Workshop a useful development environment for future Sustainable Oasis plan packages.
CONTAINER PLAN
Compact Infrastructure
DEVELOPMENT
COMPLETE OASIS PLAN
The master plan emerges from validated modules.
Sustainable Oasis does not need to solve the complete site in one drawing.
Proven modules can gradually combine into a larger integrated architecture.
ENERGY
WATER
FOOD
SHELTER
AUTOMATION
COMPLETE OASIS
BILL OF MATERIALS
A replicable system needs a transparent component list.
Future build packages should document what components were actually used and which specifications are important.
Component
Clear component or material description.
Quantity
Number or amount required by the plan.
Specification
Preserve performance requirements that affect compatibility.
Alternatives
Identify substitutions only when they are technically appropriate.
DESIGN FOR MEASUREMENT
A Sustainable Oasis plan should make verification easier.
Measurement should not always be an afterthought.
Energy meters, water flow meters, tank-level sensors and other instrumentation can be incorporated into system architecture from the beginning.
This allows performance to be compared with the assumptions used during design.
PLAN VERSIONING
Infrastructure plans must reveal which version was built.
Physical systems can remain in use long after a newer drawing exists.
Future Sustainable Oasis plans should therefore carry clear version identifiers and revision dates.
- Plan ID
- Version number
- Revision date
- Project reference
- System status
- Evidence level
- Superseded version notice
DOCUMENT CONTROL
Plan Identity
FUTURE STANDARD
PLAN SAFETY
A Sustainable Oasis plan is not automatically an engineered permit document.
Electrical systems, batteries, structural work, pressure systems, plumbing, potable water systems and other regulated installations can require professional design, permits, inspection or qualified installation.
Local codes and site conditions can also make a plan unsuitable without modification.
Downloadable plans must preserve this distinction clearly.
PLANS + RESEARCH
Research tells us what deserves to become a plan.
Sustainable Oasis experiments allow components, layouts and operating strategies to be evaluated before replication.
Successful results can strengthen future plan packages.
Failed and inconclusive results can be equally useful because they show what should not be copied blindly.
PLAN EVIDENCE
Plans should reveal how well the underlying system has been tested.
Concept
Architecture proposed but not yet validated physically.
CONCEPTPrototype
Physical version exists but remains under development.
DEVELOPMENTTested
Selected performance has been physically measured and documented.
MEASUREDReplicated
System has been reproduced and compared across implementations.
FUTUREPLANS + KNOWLEDGE
The plan preserves geometry. The Knowledge Base preserves the reason behind it.
Drawings alone cannot preserve every lesson behind a system.
Sustainable Oasis connects future plans with guides, field notes, research and case studies so builders can understand both what was designed and why.
MASTER PLAN PIPELINE
Build knowledge before scaling infrastructure.
RESEARCH
PROTOTYPE
DATA
GUIDE
BLUEPRINT
PLAN
REPLICATION
PLAN PRINCIPLES
Make future infrastructure easier to understand, build and maintain.
Modular
Separate functions so systems can evolve independently.
Measurable
Include measurement points where performance matters.
Serviceable
Preserve realistic access for inspection and repair.
Documented
Preserve dimensions, components and system relationships.
Replicable
Scale only when the system has become strong enough to reproduce.
DOWNLOAD LIBRARY
Continue through the resource center.
Datasets
Experimental and field measurement packages.
Datasets →Guides
Practical reusable instructions and educational resources.
Guides →Plans
Future blueprints, diagrams and build packages.
Plans →Reports
Future downloadable research and performance reports.
Reports →Worksheets
Experiment sheets, checklists and planning templates.
Worksheets →SUSTAINABLE OASIS PLANS