Skip to main content

An interdisciplinary debate on project perspectives

Table 15 Calculation of (direct and indirect) energy needs of the Tiburtina station

From: From the “Green Station” to the “Blue Station”: the role of the renovation of railway stations in the ecological transition of cities. Calculation model and possible measures for mitigation and compensation of impacts.

Energy consumption

Parameter

Unit value

 

Quantity

Administrative area, offices and services

 

m2

27,173.90

Spaces open to the public—shops, food & beverage

 

m2

19,022.00

Spaces open to the public—connective spaces

 

m2

14,614.70

Covered platforms and passenger subways (underpasses)

00054

kWh/m2

547,305.90

Connective spaces

0.0108

kWh/m2

820,958.85

Ticket and luggage offices and counters

0.0162

kWh/m2

229,277.76

Maintenance and repair bays

0.0162

kWh/m2

376,890.48

Signal boxes, technical room

0.0108

kWh/m2

65,640.61

Retail area

0.0810

kWh/m2

8,178,861.60

Food area

0.0540

kWh/m2

1,670,974.38

Administrative area, offices, and services

0.0243

kWh/m2

4,579,359.21

Access tunnels

0.0027

kWh/m2

21,626.80

Parking areas

0.0005

kWh/m2

10,119.90

Escalator

1.75

kWh/pc. /day

388,360.00

Lift

0.23

kWh/trip

516,454.58

Food refrigeration systems

1,500.00

kWh/m3/year

24,786.00

Heating demand

309.68

kWhH/m3

55,112,195.81

COP heating

3.00

Cooling demand

532.29

kWhC/m3

78,010,834.19

COP cooling

2.50

Water collection, transportation, and handling

0.0080

kWh/l

2,969,524

Wastewater treatment

0.0175

kWh/l

6,495,833

Energy consumption

kWh

76,471,039