EnexaEMS Simulator v1.0
Simulation Overview
  • Input SummaryAll configuration parameters
  • Simulation AlgorithmsReactive vs Smart EMS explained
  • Result OverviewSide-by-side comparison
Configuration
  • Location SetupEquipment specs & constraints
  • FinancialsCosts, income & margins
  • Solar ProductionPV generation profile
  • Charging SessionsEV demand profile
  • Not ModeledKnown gaps & limitations
  • SmartEMS ConfigPlanner tuning parameters
Reactive BMS
  • BMS AlgorithmHow the reactive BMS works
  • BMS ReactiveRule-based simulation results
SmartEMS
  • SmartEMS AlgorithmHow the 2-layer optimizer works
  • SmartEMS ResultsOptimized simulation output

Location Setup

Physical equipment specifications, operational constraints, and capacity envelope

Charger Hardware
Charging unit specifications
kW

Grid + Battery combined

Grid Connection
Utility grid parameters
kW

Low voltage limit (VDE-AR-N 4100)

Battery Pack
Integrated battery storage parameters
kWh

Cell-level total

%

Hard minimum state of charge

%

Tapers above 85%

kWh

Total x (Ceiling - Floor) / 100

kW

Power OUT to EV/grid

kW

Power IN from grid/PV

%

Beginning of simulation day

%

LFP ~90%, NMC ~88-92%

PV Solar Plant
Rooftop PV on supermarket -- partial allocation to charger
kWp

Total PV plant size

%

Rest is PPA with supermarket

%

Cables, inverter, soiling

deg

0 = south

deg

Typical 30 deg for Germany

Charger receives up to

52 kWp

effective peak for charging

Battery Wear Model
Cycle degradation and replacement economics
cycles

Calendar + cycle degradation

EUR

250 EUR/kWh cell cost

cycles

Hard cap per day

kWh

Max Cycles x Usable Capacity

EUR

Replacement / Cycle Life

EUR/kWh

Cost per Cycle / Usable Capacity

Simulation
Time resolution settings
min

96 slots/day at 15 min

1440 time slots per day