Energy Guides
Energy measurement, solar planning, battery runtime, storage, recovery and SO-EMS testing.
Explore Energy Guides →SUSTAINABLE OASIS KNOWLEDGE
Guides
Sustainable Oasis Guides turn useful lessons into practical instructions.
They explain how to understand, build, test, operate and improve resilient systems while keeping assumptions, measurements and limitations visible.
UNDERSTAND
BUILD
TEST
OPERATE
IMPROVE
GUIDE PRINCIPLE
A useful guide should help someone do something better.
Sustainable Oasis Guides are not intended to hide uncertainty behind confident language.
When a procedure depends on site conditions, equipment, local requirements or unresolved research, the guide should say so.
GUIDE LIBRARY
Practical knowledge by system.
Water Guides
Rainwater, tank sizing, gravity flow, pump testing, filtration and water recovery.
Explore Water Guides →Food Guides
Growing trials, water efficiency, area productivity, hydroponics and aquaponics.
Explore Food Guides →Shelter Guides
Modular infrastructure, demand reduction, roof functions and resilient site planning.
Explore Shelter Guides →Automation Guides
Sensors, data logging, thresholds, fail-safe logic and closed-loop control.
Explore Automation Guides →Research Guides
Experiment design, measurement, raw-data discipline and field testing.
Explore Research Guides →GUIDE STANDARD
Every guide follows the same useful structure.
Purpose
Explain what the guide helps accomplish.
Before You Begin
Identify important assumptions, prerequisites and limitations.
Materials
Identify the equipment or resources needed.
Procedure
Provide the practical sequence in understandable steps.
Measurement
Explain what should be recorded to understand performance.
Safety
Identify meaningful operating limits and protective considerations.
Troubleshooting
Document common problems and useful diagnostic checks.
Next Step
Connect the guide with a more advanced test, blueprint or field application.
ENERGY GUIDES
Understand the energy before expanding the system.
How to Measure a DC Energy Load
Learn the difference between voltage, current, power and accumulated energy.
DEVELOPMENT M01 Energy Meter →How to Build an Energy Balance
Compare energy entering, leaving, being stored and being recovered.
DEVELOPMENT Energy Balance Tool →How to Estimate Solar Production
Use array size, sun hours and system efficiency to create a planning estimate.
DEVELOPMENT Solar Calculator →How to Estimate Battery Runtime
Connect battery capacity, usable fraction, conversion efficiency and load demand.
DEVELOPMENT Battery Runtime →How to Evaluate Energy Recovery
Measure recovered energy without confusing it with new energy generation.
DEVELOPMENT Energy Lab →WATER GUIDES
Follow every litre from source to reuse.
How to Estimate Rainwater Collection
Use roof area, rainfall and collection efficiency to estimate captured water.
DEVELOPMENT Rainwater Calculator →How to Estimate Water Autonomy
Compare stored litres with measured or estimated daily demand.
DEVELOPMENT Water Calculator →How to Measure Gravity Flow
Record head, pipe configuration, volume and elapsed time to establish a gravity-flow baseline.
DEVELOPMENT Water Lab →How to Compare Pump Performance
Connect electrical energy consumption with litres moved and elevation.
DEVELOPMENT Pump Testing →How to Plan Water Treatment Stages
Start from source water and intended use rather than assuming one filter solves every problem.
DEVELOPMENT Water System →FOOD GUIDES
Connect growing methods with measurable output.
How to Measure Food Productivity
Compare usable harvest with productive growing area.
DEVELOPMENT Food Lab →How to Measure Food-Water Efficiency
Compare kilograms harvested with litres of new water added during the same growing cycle.
DEVELOPMENT Food Calculator →How to Run a Growing Trial
Define crop, area, inputs, conditions, harvest and limitations before comparing systems.
DEVELOPMENT Growing Trial →How to Account for Controlled-Growing Energy
Include pumps, lighting, ventilation and climate control in the production record.
DEVELOPMENT Energy Lab →SHELTER GUIDES
Shelter should support the systems around it.
How to Reduce Shelter Energy Demand
Begin with envelope, shading, ventilation and passive strategies before adding generation.
DEVELOPMENT Shelter System →How to Use the Roof as Infrastructure
Plan roof area for rainwater capture, solar generation, shading and ventilation.
DEVELOPMENT Roof Systems →How to Plan Modular Infrastructure
Coordinate shelter, utilities, access and maintainable system zones before construction.
DEVELOPMENT Blueprints →AUTOMATION GUIDES
Sense first. Automate later.
How to Validate a Sensor
Compare readings with a suitable reference before using the sensor for automated decisions.
DEVELOPMENT Automation Lab →How to Build a Simple Control Rule
Read a measurement, compare it with a defined limit and execute one understandable action.
DEVELOPMENT Automation System →How to Verify an Automated Action
Measure the physical result after issuing the command.
DEVELOPMENT Closed-Loop Control →How to Design a Fail-Safe State
Define what the system should do when sensors, controllers, networks or power fail.
DEVELOPMENT Fail-Safe Design →RESEARCH GUIDES
Better experiments produce better knowledge.
How to Define an Experiment
Convert an idea into a question, hypothesis, variables and measurable procedure.
Experiments →How to Preserve Raw Data
Keep original measurements separate from calculations and interpretations.
Methodology →How to Run a Field Test
Move a prototype into real operating conditions while preserving baseline and context.
Field Tests →How to Write a Research Result
Separate hypothesis, raw measurements, calculations, uncertainty and conclusion.
Results →GUIDE MATURITY
Instructions improve as evidence improves.
Draft
Initial procedure based on current architecture and assumptions.
DRAFTBench Tested
Procedure has been used successfully in a controlled prototype environment.
TESTEDField Refined
Real-world operation has revealed additional lessons or limitations.
FIELD REFINEDReplication Guide
Repeated use supports a more stable procedure for other builds.
REPLICABLEGUIDE → BLUEPRINT
Procedure and architecture reinforce each other.
FIELD NOTE
GUIDE
REPEAT
BLUEPRINT
REPLICATION
GUIDES + TOOLS
A guide explains the method. A tool helps with the calculation.
Sustainable Oasis calculators provide planning values that can support a guide before the physical system is measured.
Estimates should remain clearly identified until real data replaces them.
DOWNLOADABLE GUIDES
Mature guides can become practical field documents.
Future releases can include printable checklists, worksheets, diagrams, measurement forms and supporting reference material.
Printable Guide
A compact version for use away from the website.
FUTUREBuild Checklist
A practical sequence for setup, inspection and commissioning.
FUTUREMeasurement Sheet
Standard fields for recording important test data.
FUTURESystem Diagram
Visual reference showing important physical connections.
FUTUREField Notes
Capture observations before they become formal instructions.
Field Notes →Blueprints
Connect procedures with repeatable system architecture.
Blueprints →Case Studies
See how systems and procedures performed in real projects.
Case Studies →Resources
Supporting technical references and external information.
Resources →SUSTAINABLE OASIS GUIDES