Energy Lab
Low-voltage measurement, batteries, loads, recovery experiments and SO-EMS development.
Energy Lab →PROJECT — GARAGE LAB
Build small. Measure everything important. Learn before scaling.
Garage Lab is the active Sustainable Oasis research and development environment in Montreal.
It gives us a practical place to prototype systems, install instrumentation, record data and learn before committing to larger infrastructure.
Energy, water, food, automation and integrated-system experiments can all begin here at manageable scale.
PROJECT STATUS
Active R&D. Real systems. Real measurements.
Garage Lab is intended to remain a working development environment rather than a finished showroom.
Systems can be assembled, changed, instrumented, compared and rebuilt as new evidence becomes available.
Not every experiment needs to succeed. Every useful experiment should teach us something.
ACTIVE R&D
GARAGE LAB ROLE
The bridge between an idea and a field system.
IDEA
BENCH TEST
INSTRUMENT
MEASURE
IMPROVE
FIELD TEST
LAB DOMAINS
One workshop. Multiple measurable systems.
Water Lab
Tanks, pumps, gravity, head pressure, flow and water-recovery testing.
Water Lab →Food Lab
Growing systems, aquaponics, irrigation, productivity and resource-use experiments.
Food Lab →Automation Lab
Sensors, local controls, relays, alarms, actuators and verification.
Automation Lab →Energy Management R&D
Instrumented measurement of energy input, output, storage, recovery and losses.
SO-EMS →Complete Oasis Bench
Test how energy, water, food and automation influence each other.
Complete Oasis →MEASUREMENT FIRST
The Garage Lab exists to replace assumptions with evidence.
Ideas can be exciting, but the purpose of the laboratory is to determine what the physical system actually does.
Useful measurements can include voltage, current, power, energy, water volume, flow, pressure, temperature, duration and system state.
Measurements should remain connected to units, timestamps, instrumentation and experiment boundaries.
GARAGE LAB — SO-EMS
Follow every watt-hour through the experiment.
The Sustainable Oasis Energy Management System is one of the central Garage Lab research programs.
SO-EMS begins with measurement: voltage, current, power and energy over time.
Once the measurement foundation is reliable, more complex storage, routing and recovery experiments can be evaluated with stronger evidence.
SO-EMS
Measurement Boundary
R&D
ENERGY ACCOUNTING
Recovery experiments still obey the complete energy balance.
Garage Lab energy experiments should include all meaningful inputs, storage changes and auxiliary loads.
ENERGY IN = USEFUL OUTPUT + STORAGE CHANGE + LOSSES
Recovered energy can reduce waste and improve system efficiency.
It does not create new energy outside the accounting boundary.
ENERGY RESEARCH
Test unconventional ideas with conventional accounting.
Garage Lab provides a place to investigate energy concepts without assuming the result in advance.
SO-EMS Energy Meter
Develop the measurement foundation for energy experiments.
M01 →Regenerative Recovery
Measure whether energy normally lost during operation can be recovered usefully elsewhere.
Experiment Registry →Flywheel Storage
Investigate rotational storage with complete input, output and loss accounting.
Research →Compressed-Air Recovery
Compare compression input with useful recovered output.
Research →Magnetic Rotor Investigation
Evaluate the physical behavior while accounting for every external input, stored-energy change and loss.
Research →Multi-Source Energy Model
Compare several energy sources within one common measurement framework.
Experiment Registry →
WATER BENCH
Future Measurement
DEVELOPMENT
GARAGE LAB — WATER
Make gravity, pressure and flow measurable.
Small tank-and-pipe experiments can help characterize head pressure, flow, pumping requirements and recovery concepts.
Static water pressure depends primarily on vertical head rather than the amount of water stored by itself.
Future bench experiments can compare predicted flow with measured behavior.
GARAGE LAB — FOOD
A growing experiment becomes stronger when resource use is measured too.
Garage Lab food experiments can compare growing methods using harvest, area, water, energy and time.
Aquaponic systems can also be studied as coupled biological and mechanical systems.
FOOD TRIAL
Future Measurement
DEVELOPMENT
GARAGE LAB — AUTOMATION
Automate only after the system is understandable.
Garage Lab can test sensors, local controllers, relays, actuators, alarms and verification logic.
Automation should measure first, act second and verify the result afterward.
SENSE
MEASURE
DECIDE
ACT
VERIFY
FAIL SAFE
Essential automation should retain a practical manual path.
A resilient system should not become unusable because a network connection, controller or sensor fails.
Where practical, critical pumps, valves, lighting and safety functions should retain understandable local control.
GARAGE LAB — CONTROL ROOM
Give every experiment a digital memory.
The Sustainable Oasis Control Room provides the organizational layer for experimental and operational information.
Garage Lab data can eventually move from individual measurements into structured dashboards, datasets and reports.
GARAGE LAB
Digital Research Record
CONNECTED
DATA DISCIPLINE
Never confuse a model with a measurement.
Demonstration
Example values used for interfaces or educational explanation.
DEMOEstimated
Values calculated from assumptions.
ESTIMATEDMeasured
Values physically recorded from an experiment.
MEASUREDDerived
Calculations based on documented source measurements.
DERIVEDGARAGE LAB METHOD
Keep experiments understandable from beginning to end.
Define
State the question and system boundary.
Control
Identify variables that need to remain comparable.
Measure
Use appropriate instruments and units.
Record
Preserve raw observations before interpretation.
Analyze
Compare results with the original question.
Repeat
Replicate tests when stronger confidence is needed.
FAILURE IS DATA
A failed experiment can save the next project time and money.
Garage Lab should preserve useful negative results, design mistakes and inconclusive tests.
The objective is not to make every experiment look successful.
The objective is to increase the quality of the next decision.
WORKSHOP DESIGN
The laboratory itself should evolve with the research.
Measurement Benches
Dedicated areas for repeatable experiments.
Safe Power Distribution
Clearly separated, protected and labeled electrical work areas.
Wet-Test Area
Pumps, tanks and flow experiments with controlled drainage.
Component Storage
Organized parts, tools and test equipment.
Data Station
Record measurements, photos, notes and experiment results.
Safety Zone
Keep higher-risk experiments appropriately controlled and separated.
LAB SAFETY
Low voltage does not mean zero risk.
Batteries can deliver extremely high fault current.
Electrical experiments, rotating equipment, pressure systems, pumps, tools and thermal experiments all require appropriate controls.
Mains electrical work and other regulated work may require qualified professionals.
Garage Lab should favor controlled low-voltage experimentation whenever that can answer the research question safely.
GARAGE → FIELD
A successful bench experiment is the beginning, not the end.
GARAGE BENCH
CONTROLLED TEST
FIELD PROTOTYPE
REAL CONDITIONS
IMPROVED DESIGN
WHERE GARAGE LAB FEEDS NEXT
Small experiments can inform every larger Sustainable Oasis project.
Container Workshop
Move successful compact systems into a real modular infrastructure environment.
Container Workshop →Vietnam Oasis
Compare laboratory assumptions with terrain, climate and field conditions.
Vietnam Oasis →Mobile Oasis
Apply compact-system lessons to future portable infrastructure.
Mobile Oasis →Complete Oasis
Combine mature modules into the larger integrated model.
Complete Oasis →GARAGE LAB — DOCUMENTATION
The experiment should remain useful after the hardware is dismantled.
Every meaningful Garage Lab test can produce reusable documentation.
Raw data, field notes, photographs, diagrams, reports and conclusions can become part of the Sustainable Oasis Knowledge Base.
KNOWLEDGE PIPELINE
Turn experiments into reusable infrastructure knowledge.
EXPERIMENT
RAW DATA
RESULT
REPORT
GUIDE
BLUEPRINT
FUTURE GARAGE LAB RESOURCES
Every validated test can eventually create a resource.
Datasets
Structured experimental measurements.
FUTUREGuides
Practical lessons from successful experiments.
FUTUREBlueprints
Reusable architecture from mature prototypes.
FUTUREReports
Methods, results, limitations and conclusions.
FUTUREWorksheets
Repeatable forms for future experiments.
FUTUREGARAGE LAB PRINCIPLES
Small scale. Strong evidence. Useful lessons.
Test Cheaply
Find problems before they become expensive.
Measure Completely
Include meaningful inputs, outputs and storage changes.
Label Reality
Keep demo, estimated, measured and derived information distinct.
Preserve Failures
Negative results can protect future projects.
Scale Carefully
Larger infrastructure should follow evidence, not excitement alone.
OUR NORTH STAR
Garage Lab is where Sustainable Oasis learns before it scales.
Every experiment should move us toward infrastructure that consumes less, protects more and can be understood by the next builder.
IN THE FUTURE, SUCCESS WILL NOT BE MEASURED BY WHAT WE HAVE, BUT BY WHAT WE PROTECT.
SUSTAINABLE OASIS PROJECTS
Continue through the project network.
Garage Lab
Small-scale experimentation, measurement and prototyping.
Garage Lab →Container Workshop
Compact modular infrastructure under development.
Container Workshop →Vietnam Oasis
Terrain, water, growing systems and field learning.
Vietnam Oasis →Mobile Oasis
Future mobile integrated infrastructure.
Mobile Oasis →Complete Oasis
Combine validated systems into one measurable whole.
Complete Oasis →GARAGE LAB