Buildings - Specifications

Smart Energy Management System
Solar
PV Capacity
250 kW
Peak generation capacity
Storage
Battery Storage
400 kWh
150 kW power
Energy storage capacity
EV
EV Chargers
15 points
Electric vehicle charging stations
HVAC
Heat Pump
50 kW
Heating & cooling capacity
System
Total Capacity
450 kW
PV
250
Battery
150
HVAC
50
Combined system power
Visualization Style:
night • Clear
0:00
Jun 1
1/30
Hour
00:00
Speed
Day
Hour
PV Generation
0 kW
Building Load
94 kW
Battery
50%
Grid Import
94 kW
Grid Export
0 kW
Price
€48

12:00 AM

Late Night / Early Morning

Evening winding down. Loads decreasing as building prepares for night cycle.

Solar PV Generation

No solar generation during nighttime hours. The PV array is inactive until sunrise around 6 AM.

Battery Storage

Battery at 50% SoC in standby mode. A portion of capacity is reserved for FCR grid services while maintaining readiness for peak demand periods.

Building Load

Minimal building load at 94.3 kW. Only essential systems running: emergency lighting, servers, HVAC minimum ventilation, and security systems. Most occupants are away.

Grid Interaction

Drawing 94.3 kW from grid at €48/MWh to meet building needs.

EV Charging

Smart EV charging at 32.3 kW during overnight valley pricing. The EMS spreads 420 kWh daily EV demand across 13 hours (18:00-06:00) at ~32 kW average power, minimizing grid stress and costs while ensuring vehicles are ready by morning.

HVAC System

Minimal HVAC load at 12.0 kW for basic ventilation and temperature maintenance during cooler hours.

Market Price Context

Moderate pricing at €48/MWh. Mid-range wholesale prices during transition hours or when solar generation is abundant.

Smart EMS Optimization

The smart EMS maintains optimal battery state of charge (20-95% operating range) and reserves capacity for FCR (Frequency Containment Reserve) services, earning €1,800/month in grid stabilization revenue.