Mathematics
Heating
100%
Sector
85%
Cooling
79%
Heat
60%
Flexibility
34%
Energy Model
22%
Heat Capacity
20%
Simulation Model
18%
Energy
17%
Pump
15%
Energy Consumption
15%
Co-simulation
12%
Electricity Market
11%
Optimise
10%
Simulation Tool
10%
Electricity
9%
Multi-model
9%
Buildings
8%
Profit
7%
Balancing
7%
Pricing
7%
Customers
7%
Market
6%
Simulation Environment
5%
Performance Indicators
5%
Engineering & Materials Science
District heating
98%
Cooling
44%
Hot Temperature
39%
Specific heat
34%
Pumps
11%
Energy utilization
10%
Thermal comfort
10%
Power markets
9%
Profitability
8%
Electricity
6%
Step response
6%
Costs
5%
Electric network analysis
5%
Earth & Environmental Sciences
district heating
59%
cooling
33%
cold
19%
heat supply
15%
simulation
13%
waste heat
10%
primary energy
10%
evaluation
9%
energy demand
8%
exergy
7%
heat pump
7%
heat production
6%
boundary condition
6%
production cost
6%
network analysis
6%
heating
5%
evaluation method
5%
energy production
5%
monitoring data
5%
energy
5%