Reading, England, 26 March 2008 – Thin clients are helping
business in the battle against global warming, IGEL Technology reported
today. The choice of thin clients over PCs on the business desktop has
reduced CO
2 emissions in Western Europe by 166,000 tonnes in 2007 -
equivalent to the emissions of more than 540 return flights from London
to New York.
The analysis is based on the latest IDC analyst
figures and research carried out by the renowned Fraunhofer Institute
in Germany, which used IGEL thin clients to investigate the power and
CO
2 emissions of thin clients against traditional business PCs and
discovered significant power, ecological and financial savings.
“Energy
consumption when in operation was up to 50 percent lower than for
conventional PCs,” concluded Dr Hartmut Pflaum, the Fraunhofer
researcher. “While PCs consume about 85 watts on average, thin clients
including their server get by with 40 to 50 watts. In view of climate
change and the need to reduce CO
2 emissions, this is an important
factor.”
With IDC figures reporting just over 3.4m thin clients
sold in Western Europe since 2004 and an average machine lifecycle of 4
years, thin client-based businesses have reduced CO
2 emissions by
166,000 tonne in 2007.
“This analysis proves that businesses are
reducing their carbon footprint by simply switching from desktop PCs to
thin clients,” said Stephen Yeo, Strategic Director of Worldwide
Marketing for IGEL Technology. “However, the potential for savings is
even more impressive. Today the thin client industry has just over 10%
of the commercial desktops across Western Europe. If that percentage
was to rise to 50% it would be a significant move in the battle to beat
global warming.”
Notes to Editors
Fraunhofer Institute Findings:
Energy requirement with server share
| Thin Client | Thin Client
with server pro
rata + server
cooling3
| PC
|
Power consumption1
| 16 W
| 41 W
| 85 W
|
x 8 hours per day
| 128 Wh
| 328 Wh
| 680 Wh
|
x 220 working days per year
| 28 kWh
| 72 kWh
| 149 kWh
|
Costs for 1 working station per year2
| 4,22 €
| 10,82 €
| 22,35 €
|
- 10 working stations
| 42,20 €
| 108,20 €
| 223,50 €
|
- 100 working stations
| 422 €
| 1.082 €
| 2.235 €
|
- 1.000 working stations
| 4.220 €
| 10.820 €
| 22.350 €
|
Savings TC compared to PC
| 81 %
| 51 %
|
|
1 Average active power
2 Electricity tariff = 0,15 kWh
3 Worst case: 20 User / Server
CO2 wastage with server share
| Thin Client
| Thin Client
with server pro
rata + server
cooling3
| PC |
Power consumption1
| 16 W
| 41 W
| 85 W
|
x 8 hours per day
| 128 kWh
| 328 Wh
| 680 Wh
|
x 220 working days per year
| 28 kWh
| 72 kWh
| 149 kWh
|
Costs for 1 working station per year2
| 17,64
| 45,36 kg
| 93,87 kg
|
- 10 working stations
| 176,4 kg
| 453,6 kg
| 938,7 kg
|
- 100 working stations
| 1,76 t
| 4,54 t
| 9,39 t
|
- 1.000 working stations
| 17,6 t
| 45,4 t
| 93,9 t
|
1 Average active power
2 The production of one kWh from the electricity network gives rise to 0,63 kg CO
2 Western Europe Thin Client CO2 Emission Savings Over PCs
| Thin Client CO2 Emission Savings Over PCs | 2004 | 2005 | 2006 | 2007 | Total |
| Western Europe TC sales | 634,706 | 885,732 | 895,886 | 1,016,399 | 3,432,723 |
| CO2 saved | 30789.59 | 42966.86 | 43.459.43 | 49305.50 | 166,521 |
Installed base of TC in Europe (4 yr life)
| 3,432,723 | | | | |
| CO2 tonnage saved | 166,521 | | | | |
| Jumbo jet London NY flights @ 1.53T/return | 544.19 | | | | |