Strategy Lab

SIMULATED DATAFixed inputs: Baseline 24h Nominal (40 kWp PV · 120 kWh battery)

Side-by-side comparison of allocation algorithms under identical conditions

Solar, demand & battery

0 %
0 %90 %
12 h
0 h23 h
3 h
1 h24 h
1 ×
0.5 ×2 ×
120 kWh
1 kWh2000 kWh
60 %
0 %100 %

Sector priorities & power caps

Priorities change Essential-First and Balanced; Proportional ignores them. Caps apply to every strategy.

Health Clinic
Water Pumping Station
Primary School
Village Households
Local Market & Artisans
Small Factory

Strategy rules

Adjust priority weights for Balanced allocation and critical demand share guaranteed to each sector.

Balanced allocation priority weights (0–10)

Weights used during pass 2 to share energy beyond the critical baseline.

4 wt
0 wt10 wt
3 wt
0 wt10 wt
2 wt
0 wt10 wt
1 wt
0 wt10 wt
Essential demand shares (0–100%)

Guaranteed lifeline fraction per sector during deficit conditions.

Health Clinic
80 %
0 %100 %
Water Pumping Station
30 %
0 %100 %
Primary School
10 %
0 %100 %
Village Households
20 %
0 %100 %
Local Market & Artisans
10 %
0 %100 %
Small Factory
0 %
0 %100 %
Survival floors (0–2 kW)

Minimum power each connected sector keeps during a deficit (light, phone charging, radio) instead of being cut. Below the total, only water and health stay on.

Health Clinic
0.3 kW
0 kW2 kW
Water Pumping Station
0.2 kW
0 kW2 kW
Primary School
0.1 kW
0 kW2 kW
Village Households
0.4 kW
0 kW2 kW
Local Market & Artisans
0.1 kW
0 kW2 kW

Proportional Allocation

Active Strategy

Shares available power equally based on sector demand

Delivered Energy
—
Essential Coverage
—
Unmet Demand
—
End Battery SoC
—
Health ClinicCritical
0%
Essential service shortfall
Water Pumping StationHigh
0%
Partial supply
Primary SchoolMedium
0%
Partial supply
Village HouseholdsMedium
0%
Partial supply
Local Market & ArtisansLow
0%
Partial supply

Essential-First Priority

Prioritizes critical health clinic & water pumping first

Delivered Energy
—
Essential Coverage
—
Unmet Demand
—
End Battery SoC
—
Health ClinicCritical
0%
Essential service shortfall
Water Pumping StationHigh
0%
Partial supply
Primary SchoolMedium
0%
Partial supply
Village HouseholdsMedium
0%
Partial supply
Local Market & ArtisansLow
0%
Partial supply

Balanced Distribution

Guarantees critical baseline and applies weighted sharing for remaining energy

Delivered Energy
—
Essential Coverage
—
Unmet Demand
—
End Battery SoC
—
Health ClinicCritical
0%
Essential service shortfall
Water Pumping StationHigh
0%
Partial supply
Primary SchoolMedium
0%
Partial supply
Village HouseholdsMedium
0%
Partial supply
Local Market & ArtisansLow
0%
Partial supply

Strategy Comparison Matrix

kWh / %

Delivered energy, essential coverage, unmet demand, and battery reserve

Side-by-side chart comparing delivered energy in kWh, essential coverage percentage, unmet demand in kWh, and ending battery SoC percentage across strategies.

No comparison yet

Run all strategies on the same scenario to compare them.

SIMULATED DATA
max(criticalUnservedKwh) - min(criticalUnservedKwh) <= 0.1 kWh

Strategies Remain Aligned

Across the tested Solar drop (%) range, all selected strategies deliver identical critical service protection.

Sensitivity Sweep Analysis

kWh

Critical load unserved across parameter variations

Line chart showing critical unserved energy in kWh across variation of Solar drop (%) for compared strategies.

Essential services fully supplied

No critical unmet hours, load shedding, or battery reserve breaches detected.

AI EXPLANATION

Explain in Copilot

Explore why essential services were impacted and test custom solar or battery patches with the grounded Copilot.

Explain in Copilot