SUSTAINABLE OASIS TOOLS

Energy Balance Calculator

Compare energy generation, consumption and recovered energy to understand the operating balance of an Oasis.

This tool helps distinguish between producing enough energy, consuming efficiently and recovering useful energy from existing system flows.

ENERGY INPUTS

Describe the energy flow.

kWh
Total tracked or estimated energy entering the system during the selected period.
kWh
Total energy used by loads during the same period.
kWh
Energy recovered through regeneration, reuse or another measured recovery process.
Balance: Generated Energy + Recovered Energy − Consumed Energy = Net Energy Balance
ENERGY SYSTEM Operating Balance
ESTIMATED
Net Balance — kWh
Generation Coverage — percent
Recovery Rate — percent of consumption
Energy Metric Value Unit Status
Energy Generated Energy entering the system
— kWh
INPUT supply
EST. planning
Energy Consumed Energy used by system loads
— kWh
OUTPUT demand
EST. planning
Energy Recovered Reused or regenerative energy
— kWh
— %
RECOVERY tracked
Net Energy Balance Generated + recovered − consumed
— kWh
— condition
— profile

Data status: ESTIMATED

Use SO-EMS measurements when real input/output meters become available.

ENERGY PROFILE

Calculate the system balance.

Energy resilience requires understanding both supply and demand.

CONTROL ROOM

Send energy data to the Control Room

This calculator updates:

energy.generatedKWh

energy.consumedKWh

energy.recoveredKWh

recovery.energyRecoveredKWh

ENERGY FLOW

Follow every watt-hour.

Sustainable Oasis energy experiments should eventually account for energy entering, leaving, being stored and being recovered.

GENERATE STORE CONSUME RECOVER MEASURE
01

Generate

Measure energy produced by solar, wind, hydro or another source.

02

Consume

Track exactly how much energy real loads require.

03

Recover

Measure useful energy returned through legitimate recovery processes.

04

Balance

Compare all flows using the same energy unit and measurement period.