Solar Production
Estimate daily, monthly and annual solar production from panel capacity, peak sun hours and system efficiency.
Open Solar Calculator →SUSTAINABLE OASIS ONLINE
Practical calculators for designing, testing and improving resilient systems.
Start with estimates. Build the system. Measure real performance. Then compare forecast versus reality.
START HERE
Combine solar production, electrical demand, battery storage, rainwater collection, water reserves and food production into one integrated Oasis profile.
The planner identifies the weakest current system so development can focus where it creates the greatest resilience improvement.
ENERGY
Model renewable generation, consumption, recovery and stored electrical autonomy before comparing estimates with measured SO-EMS data.
Estimate daily, monthly and annual solar production from panel capacity, peak sun hours and system efficiency.
Open Solar Calculator →Estimate usable stored energy and how long a battery bank can support a selected electrical load.
Open Battery Calculator →Compare generation, consumption and recovered energy to understand the net energy balance of an Oasis.
Open Energy Calculator →Move beyond estimates and measure real energy input, output, storage, recovery and experimental efficiency.
Explore SO-EMS →WATER
Understand both sides of water resilience: how much water can enter the system and how quickly stored reserves are consumed.
Estimate collection potential from roof area, rainfall and system efficiency.
Open Rainwater Calculator →Calculate daily consumption and determine how many days stored water can support current demand.
Open Water Calculator →Compare tank capacity, stored volume, inflow and consumption as the Oasis water infrastructure grows.
PLANNEDFuture tools will track filtered water, reuse, greywater recovery and overall water cycling.
PLANNEDFOOD
Food resilience requires understanding production, growing area, water demand and repeatability.
Compare harvest mass, growing area and water demand to calculate useful production-efficiency metrics.
Open Food Calculator →Track kilograms produced per square metre across seasons, crops and growing methods.
INTEGRATEDCompare litres used per kilogram produced and kilograms produced per 1,000 litres.
INTEGRATEDFuture datasets can compare crops, seasons, harvest cycles and food-system reliability.
PLANNEDSYSTEM INTELLIGENCE
A large solar array does not make an Oasis resilient if there is no storage.
A large water tank does not create resilience if consumption is unknown.
Food production does not tell the whole story without land and water efficiency.
Sustainable Oasis Online brings these relationships together so we can identify the weakest link.
Open Resilience ProfileThe current resilience index is a transparent planning framework, not a universal engineering standard.
CURRENT TOOLKIT
Each tool can support a specific design question while the Oasis Planner and Control Room connect the pieces.
Compare generation, consumption and recovered energy to understand net system balance.
Open tool →Daily, monthly and annual renewable-energy estimates.
Open tool →Estimate usable stored energy and electrical runtime.
Open tool →Estimate roof-based rainwater collection potential.
Open tool →Estimate consumption and days of stored-water autonomy.
Open tool →Compare harvest, growing area and water efficiency.
Open tool →Compare energy, storage, water and food in one resilience framework.
Open tool →Configure the major systems together and identify development priorities.
Open tool →CONNECTED INTELLIGENCE
Calculator results can be transferred into the Sustainable Oasis Control Room as estimated values.
With local browser persistence enabled, those values remain available as you move between tools and the dashboard.
DATA DISCIPLINE
Sustainable Oasis Online keeps planning assumptions, calculated values and real measurements separate so we can learn from the difference.
Model expected performance before construction.
Create the smallest useful real-world prototype.
Replace assumptions with observed system data.
Understand where estimates and reality diverge.
Use evidence to design the next iteration.
BUILD THE SYSTEM