MODEL: Not specified in import file. On import, the customer is bound via the node references given to the customer and active model to model. If no nodes are given on import, the customer is not bound to any specific model.
1. FACILITY ID: The unique code which identifies the customer and
the location. NULL: No. VARCHAR2(40).
2. CUSTOMER ID: The code which identifies the customer, may differ from the plant ID.
3. CUSTOMER: Customer name.
4. PROP. DESIGNATION: A property designation, where applicable.
5. ADDRESS: Address.
6.
NODE LEVEL
1:
The node to which the customer belongs in the model in
level 1. The node
must belong to the model.
7.
NODE LEVEL 2:
The node to which the customer belongs in the model in
level 2. The node
must belong to the model.
8. NODE LEVEL 3: The node to which the customer belongs in the model in level 3. The node must belong to the model.
9.STATUS: The customer is existing or planned.
Enter a value 1 for an existing customer and 2 for a planned customer in the import file.
10. CUSTOMER TYPE POWER: Enter a number for a type curve. Type curve 1- constant factor 1.0 is preinstalled. Controls which type curve is to be used for the customer for power requirements. If the specified curve is note present, a new curve is created with factor = 1.
11. CUSTOMER TYPE COOLING: Enter a number for a type curve. Type curve 1 - constant factor 1.0 is preinstalled. Controls which type curve is to be used for the customer for cooling. If the specified curve is note present, a new curve is created with factor = 1.
12. CUSTOMER TYPE RETURN TEMP.:Enter a number for a type curve. Type curve 1 - constant factor 1.0 is preinstalled. Controls which type curve is to be used for the customer for return temperature. If the specified curve is note present, a new curve is created with factor = 1.
13. CATEGORY FACTOR: When energy consumption is summed to nodes, energy consumption is divided by the category factor.
14.PERIOD: The export from customer data may include information on the period from which the details are taken. NULL: No. VARCHAR2(30).
15. NOMINAL POWER: The customer's nominal power, kW
16. NOMINAL FLOW: The customer's nominal flow, kg/s
17. HEAT CONSUMPTION I: Consumed energy for period 1, MWh
18. HEAT CONSUMPTION II: Consumed energy for period 2, MWh
19. WATER CONSUMPTION I: Consumed water for period 1, m3
20. WATER CONSUMPTION II: Consumed water for period 2, m3
21.AVERAGE COOLING: The customer's average cooling, degrees C. Customer data includes details on either average cooling, or average return temperature. When importing customer data, 0 is entered as the input data value for the one of the parameters which is not given.
22. AVERAGE RETURN TEMP.: The customer's average return temperature, degrees C.
23. AREA/VOLUME: Area or volume (m2 or m3). When summing customer load to nodes, the value is converted to kW (1:1).
24.BYPASS DIAMETER: Bypass in FC, mm. When summing
customer load to nodes, all bypasses are summed in FC and an equivalent bypass is calculated for the node.
25. COMMENTS: Plain text field
REG. DATE (TODAY): Not specified in import file. This field shows when registration took place in NetSim. The field is completed automatically with system's time specification regarding when the import took place.
26POSTAL ADDRESS: Postal address for when the notification function is used.
27. NOTIFICATION 1: The customer's name for when the notification function is used.
28. NOTIFICATION 2: The customer's name for when the notification function is used.
29. NOTIFICATION 3: The customer's name for when the notification function is used.