Concept
A proposed mechanism or research question that has not yet been tested.
CONCEPTSUSTAINABLE OASIS RESEARCH
Experiments
This is the working registry for Sustainable Oasis experiments.
Every experiment begins as a question. Its status changes only when measurements justify the change.
QUESTION
HYPOTHESIS
SETUP
TEST
MEASURE
CONCLUDE
EXPERIMENT STATUS
Status must reflect evidence.
A compelling idea remains an idea until the experiment produces documented measurements.
Planned
The question, test procedure and measurement method are being defined.
PLANNEDTesting
A physical test is underway and measurements are being collected.
TESTINGMeasured
A test has produced recorded observations with known units and conditions.
MEASUREDMASTER R&D PROJECT
Sustainable Oasis Energy Management System
SO-EMS provides the energy-accounting framework required to evaluate many of our energy experiments.
Before judging whether an energy concept is useful, we need reliable measurements of energy entering, leaving, being stored and being recovered.
ENERGY EXPERIMENTS
Measure energy before interpreting it.
Experimental energy systems must be evaluated using complete input-versus-output accounting.
SO-EMS Energy Meter
Build a low-voltage DC measurement bench capable of recording energy input, output, storage and recovery in watt-hours.
DEVELOPMENT Open experiment →Regenerative Energy Recovery
Measure how much useful electrical energy can be recovered from a known mechanical or electrical process compared with the energy originally supplied.
CONCEPTFlywheel Storage
Test mechanical energy storage by measuring charging input, rotational decay and recoverable electrical output.
CONCEPTCompressed-Air Recovery
Compare the electrical energy required to compress air with the useful electrical or mechanical energy recovered during discharge.
CONCEPTMagnetic Rotor Investigation
Measure startup energy, rotational behaviour, losses and electrical output from a rotor using permanent magnets.
The test must account for all external energy inputs and should not assume self-sustaining operation.
UNTESTEDDual Storage Cycling
Investigate whether alternating energy storage banks creates a useful operating advantage after conversion losses and total system inputs are measured.
CONCEPTVehicle Airflow Recovery
Measure whether extracting energy from airflow around a moving vehicle creates enough useful output to justify the additional aerodynamic drag.
CONCEPTMulti-Source Vehicle Energy Model
Develop a measured architecture combining generation, storage and recovery sources while tracking energy in every direction.
PLANNEDWATER EXPERIMENTS
Water can move mass, heat and energy.
These experiments examine water flow, gravity, circulation, storage and recovery without assuming that any loop can create net energy.
Gravity Water Loop
Measure flow rate, pressure, head and turbine output as water moves through elevated storage and lower collection points.
PLANNEDMicro-Hydro Recovery
Measure useful electrical energy recovered from water that already needs to move through an elevation change.
PLANNEDTank Head & Flow
Characterize how water level, pipe diameter, restrictions and vertical head affect practical flow rate.
PLANNEDRainwater Yield Validation
Compare calculated rainwater collection with measured tank inflow after real roof and gutter losses.
PLANNED Estimate collection →THERMAL EXPERIMENTS
Measure temperature gradients and useful heat flow.
Ground / Pond Thermal Exchange
Measure soil, water and ambient temperatures to determine whether useful seasonal thermal exchange exists at a selected site.
CONCEPTPassive Thermal Storage
Compare temperature stability in water, soil or other thermal mass under controlled conditions.
CONCEPTMATERIAL EXPERIMENTS
Observe electrical potential before assigning a cause.
Ground Rod Potential
Compare electrical potential produced by different electrode materials and geometries in soil under controlled conditions.
Copper, steel and other materials should be tested using the same soil, spacing, depth, moisture and measurement method.
CONCEPTSoil Electrical Environment
Measure voltage, current, soil moisture, temperature and electrode behaviour over time before evaluating any possible biological interaction.
CONCEPTFOOD EXPERIMENTS
Compare growing systems using real harvest data.
Water Efficiency Trial
Compare kilograms harvested with litres of irrigation water across selected growing methods.
PLANNED Food Calculator →Growing Area Productivity
Compare usable harvest per square metre under documented growing conditions.
PLANNEDAquaponic Resource Balance
Track water, electricity, feed and biological output in an integrated aquaponic test.
CONCEPTAUTOMATION EXPERIMENTS
Automate only after measurement is reliable.
Tank-Level Monitoring
Compare low-cost water-level sensing methods for accuracy, reliability and installation complexity.
PLANNEDSmart Pump Protection
Test whether tank-level and flow measurements can reliably protect pumps from dry-running conditions.
PLANNEDSensor-to-Control-Room Pipeline
Replace manually entered Control Room values with measured sensor data while preserving source, timestamp and data classification.
PLANNEDSTANDARD EXPERIMENT RECORD
Every experiment should follow the same structure.
Experiment ID
Give every experiment a permanent reference number.
Question
Define exactly what the experiment is trying to determine.
Hypothesis
State the expected result before testing.
Variables
Identify what changes and what must remain controlled.
Instrumentation
Record the measurement devices, ranges and units.
Procedure
Describe the test clearly enough to repeat it.
Raw Data
Preserve observations before interpretation.
Conclusion
State only what the measurements support.
ENERGY RESEARCH RULE
Every input counts.
Motors, batteries, compressed air, pumps, external chargers, gravity resets and control electronics must all be included when evaluating an energy system.
Useful energy recovery is valuable. It should not be confused with energy creation.
RESEARCH PIPELINE
A useful idea earns its way into the Oasis.
CONCEPT
BENCH TEST
MEASURE
REPEAT
FIELD TEST
INTEGRATE
Field Tests
Move promising experiments from controlled benches into real operating environments.
Explore Field Tests →Results
Record successful, failed and inconclusive outcomes without changing the original question after the test.
Explore Results →Methodology
Maintain a consistent approach to measurement, comparison and documentation.
View Methodology →EXPERIMENT → EVIDENCE