Who We Are
in EUROPE
Cooline Holding G.M.B.H
EUROPE
RUSSIA
Geoclima
• Located in North East Italy
• 14 Year+ Working Relationship
• Innovative designer of specialist air
conditioning and refrigeration equipment
• Tailor made to fit the unique onsite installation
• Low noise solutions
• R407c, R134a, R404a, Ammonia - Screw,
Scroll, Reciprocating, Oil-less Centrifugal, Hydraulic Packages.
Geoclima
Geoclima Chillers
Replacements & Installation
Customer Portfolio
Customer Portfolio
Customer Portfolio
Customer Portfolio
Customer Portfolio
Customer Portfolio
Customer Portfolio
AIR HANDLING UNITS
... for air volumes of 2.000 to 120.000 m³/h
for indoor installation as well as for outdoor installation
weatherproofed version
HYGIENIC APPLICATION
Hygienic Compact Units
OT-supply air ceilings in different versions
Hygienic outlets
HEPA-filter ceiling diffusers
COOLING AND REFRIGERATION UNIT
Special units for food stuff industry
Chiller and Condensing unit
Water- and air-cooled as well as split units
Scroll or screw compressors
Hygienic applications
Hospital clean room
AKH Vienna, Austria
Aramco Medical ORS Dammam, Saudi Arabia
Augenklinik Salzburg, Austria
Guangzhou Kouoian Hospital, China
Fundeni Hospital Bucharest, Romania
First Hospital of Guangzhou City, China
King Faisal Hospital Riyadh, Saudi Arabia
Al Shaab Hospital Baghdad, Iraq
People Hospital of Guangdong Province, China
Krankenhaus Koszarowa, Poland
Krankenhaus Wiener Neustadt, Austria
Onkologie Gliwice, Poland
Universitätsklinik Leipzig, Germany
Razi Hospital, Kuwait
Heart Center Tuzla, BiH
HOSPITAL RUSSIA UFA
Alkaloid Pharmaceutical Factory Skopje, Macedonia
Aventis Pharma Marburg, Germany
Baxter Jevany Bohumil, Czech Republic
Galena Opava, Czech Republic
Glaxo Smith Kline Jeddah, Saudi Arabia
K.S.P.I., Kuwait
PAA Laboratories Linz, Austria
Sandoz Austria Kundl, Austria
Slovakofarma Hlohovec, Slovakia
Sopharma Sofia, Bulgaria
Spimaco Riyadh, Saudi Arabia
US Pharma, Poland
Vacsera Clean Room, Egypt
Industry-Technology
Aibler Oberwaltersdorf, Austria
Aircraft Budapest, Hungaria
Aramco Dammam, Saudi Arabia
Audi Neckarsulm, Germany
General Electric Wiener Neustadt, Austria
Ghazlan Power Station, Saudi Arabia
Nassiriyah Power Station, Iraq
Infineon Porto, PortugalJohn Deere Zweibrücken, Germany
Karosa Vysoke Myto, Czech Republic
MAN Steyr, Austria
Mitsubishi Paper Bielefeld, Germany
PKPE Jubail, Saudi Arabia
RAS Laffan, Qatar
Rehau Brake, Germany
Volkswagen Bratislava, Slovakia
York Hamburg, Germany
Comfort-Technology
Coast Guard, Kuwait
Deutsche Telekom, Germany
EXPO Lissabon, Portugal
IBM Mainz, Germany
Jeddah Airport, Saudi Arabia
Madinah Mosque, Saudi Arabia
Mobilkom Austria, Austria Private Bank Zagreb, Croatia
Sabic Administrative Building, Saudi Arabia
Saudi Telecom, Saudi Arabia
Um Al Qura University, Saudi Arabia
Antenna Tower, Kuwait
PACI Head Quarter, Kuwait
Voronezh, Russia
Unitic Business Center Sarajevo, BiH
RUSSIA FSB
Customer Portfolio
Chiller Geoclima TMH
Chiller Geoclima TMA
Chiller Geoclima TMA
New Technology
and the Future
Innovation at its finest
“Energy – Innovation Award” Winner
“Responsible Use”
Four Types of Compressors
• Reciprocating
• Scrolls
• Screws
• Centrifugals
Reciprocating
Scrolls
Screws
Centrifugals
Emissions
Energy
Efficiency
Oil-Free
Emissions
Best
Efficiency
Energy
Efficiency
Web-Based
Monitoring
The Features and Benefits
• Oil-Free Technology
Improved efficiency
Sustainability
The end of routine oil changes
• Low Noise
Is so quiet, that with typical background noise,
you can’t hear it run.
No need for expensive acoustic screening
• Start-Up Current - Only 2 AMPS!
Redefines soft-start
Reduces requirements on switch gear
No more peak demand issues surrounding large
tonnage refrigeration compressors
The Features and Benefits
• Low Weight - typically 1/5 that of a 300kW
screw or reciprocating compressor
Ease of servicing and replacement
Reduces the structural requirements of support
frames.
• DC Inverter - Variable Speed Drive
Improved load control
Excellent part load efficiency
• One single moving part
Reduced friction losses
Less to go wrong!
• Integrated Compressor Design (ICD)
In a Nutshell
• Excellent full load energy efficiency
• Significant energy savings to be gained with
part load operation compared to other
refrigerant compression systems
• Virtually no mechanical wear
• No oil to degrade the system over time
• Low noise
• Low vibration
• Low maintenance costs
• Full monitoring capability local and remote
• Long term sustainability
But What Does it Look Like?
The Turbocor Compressor
at a Glance
Inverter speed
control
2 stage, direct drive,
hermetic centrifugal
compressor
Permanent
magnet motor
Inlet Guide
Vanes
Motor and
bearing control
Integrated Compressor Design - ICD
Why a Variable Speed Drive?
• To provide the extremely
high part load
efficiencies
• The compressor’s speed
ranges from 18,000 to
48,000 RPM.
• This compressor only
draws 2 amps to start
compared to 500 to 600
amps on a typical screw
compressor
Why a Variable Speed Drive?
• The Compressor’s speed
adjusts automatically to
match the load and operating
conditions for maximum
efficiency.
• The slower the compressor’s
speed, the greater the energy
savings.
Why Magnetic Bearings?
• The magnetic bearings
have less than 0.2%
energy loss due to
friction.
• Plus, they are the key
to a cost effective
“Oil-Free” design.
• Increases equipment
life through
elimination
of wear surfaces.
Magnetic Bearing System
Magnetic bearings and sensors keep the shaft
properly centered and positioned at all times.
Does this Integrated Compressor
Design handle a Power Outage? Yes.
• Motor becomes a
generator
• After the compressor
comes to a complete
stop, the rotor delevitates normally onto
touchdown bearings.
• Touchdown bearings are
used as a back up
bearing system
Integrated Compressor Design (ICD)
The “right way” to design a cooling system
A Design that includes:
•
•
•
Digitally controlled bearings,
Digitally controlled power,
A Digital control that integrates
and optimizes the:
–
–
–
•
compressor
expansion valve(s)
w/chiller control
A Digital control with up to 150
points of diagnostic information
Compressor Coolant System
What are the Energy Savings?
•Field and factory tests have shown that the
Turbocor compressor provides a 20-30%
reduction in power consumption per annum.
•Daytime air conditioning 25% winter load
payback = 4/5 years
•24 Hour air conditioning 25% winter load
payback = 3 years
•24 Hour continuous 70% year round load
payback <1 year
Turbocor
Award Winning Technology:
The ASHRAE/AHR Expo’s
Energy Innovation Award
ARI 550/590 - 1998
IPLV (COP) = 0.01*A + 0.42*B + 0.45*C + 0.12*D
A: EER or COP at 100% capacity
B: EER or COP at 75% capacity
C: EER or COP at 50% capacity
D: EER or COP at 25% capacity
1
IPLV (kW/Ton) = (0.01/A + 0.42/B + 0.45/C + 0.12/D)
A: kW/Ton at 100% capacity
B: kW/Ton at 75% capacity
C: kW/Ton at 50% capacity
D: kW/Ton at 25% capacity
Integrated Part Load Value
Weighted average values
% load
ARI standard 1992
ARI standard 1998
100
17%
1%
75
39%
42%
50
33%
45%
25
11%
12%
EUROVENT
ESEER
= 0.03*A + 0.33*B + 0.41*C + 0.23*D
A: EER or COP at 100% capacity
B: EER or COP at 75% capacity
C: EER or COP at 50% capacity
D: EER or COP at 25% capacity
Proposed Seasonal Energy Efficiency Rating
for Chillers
By Partners in Innovation 39-3-720
United Kingdom
SEER (COP) = 0.02*A + 0.10*B + 0.33*C + 0.55*D
A: EER or COP at 100% capacity
B: EER or COP at 75% capacity
C: EER or COP at 50% capacity
D: EER or COP at 25% capacity
Flooded Type Evaporator and Water Cooled Condenser (L. App)
R134a
ARI550/590-1998
ARI 550/590-1998 Conditions
SCREW
TT300
Load
ECW
F/C
LCHW
F/C
SST
F/C
SCT
F/C
COP
kW/Ton
SST
F/C
SCT
F/C
COP
kW/Ton
100%
85/29.5
44/6.7
42/5.6
98/36.7
5.33
0.64
42/5.6
98/36.7
5.56
0.63
75%
75/23.9
44/6.7
42.3/5.8
89.6/32
5. 73
0.6
42.3/5.8
85/29.5
7.31
0.48
50%
65/18.3
44/6.7
42.5/5.9
89.6/32*
5.49
0.64
42.5/5.9
72.2/2.2
11.38
0.30
25%
65/18.3
44/6.7
42.8/6.
89.6/32*
4.11
0.845
42.8/6
70/21.1
10.86
0.32
IPLV
COP
kW/Ton
5.4
0.65
9.55
Conclusion:
On IPLV basis, the TT300 is 45% more efficient than the leading screw compressor.
0.36
Turbocor vs. Screw
Flooded Evaporator and W/C Condenser
TT300 (STD) vs. Screw
12
10
COP
8
Turbocor
6
Screw
4
2
0
25%
50%
75%
Capacity
Capacità – Capacity
- Kapazität
100%
Flooded Type Evaporator and Water Cooled Condenser (L. App)
R134a
EUROVENT
EUROVENT
SCREW
TT300
Load
ECW
C
LCHW
C
SST
C
SCT
C
EER
SST
C
SCT
C
EER
100%
30
7
5.6
36.7
5.33
5.6
36.7
5.35
75%
26
7
5.8
32
5. 73
5.8
31.5
6.7
50%
22
7
5.9
32
5.49
5.9
26
9
25%
18
7
6.
32
4.11
6
20.1
11.6
ESEER - COP
5.2
8.7
Conclusion:
On IPLV basis, the TT300 is 40% more efficient than the leading screw compressor.
DX Type Evaporator and Water Cooled Condenser
R-134a
ARI550/590-1998
ARI 550/590-1998 Conditions
SCREW
TT300
Load
ECW
F/C
LCHW
F/C
SST
F/C
SCT
F/C
COP
kW/Ton
SST
F/C
SCT
F/C
COP
kW/Ton
100%
85/29.5
44/6.7
35.6/2
104/40
4.40
0.810
35.6/2
104/40
4.31
0.815
75%
75/23.9
44/6.7
36.5/2.5
86.6/32
5.22
0.654
36.5/2.5
89.6/32
5.89
0.59
50%
65/18.3
44/6.7
37.4/3
86/30*
5.26
0.685
37.4/3
75.2/24
8.63
0.40
25%
65/18.3
44/6.7
38.3/3.5
86/30*
3.98
0.83
38.3/3.5
71.6/22
8.72
0.41
IPLV
COP
kW/Ton
5.06
0.70
7.37
Conclusion:
On IPLV basis, the TT300 is 32% more efficient than the leading screw compressor.
0.47
Turbocor vs. Screw
D-X Evaporator and W/C Condenser
10
9
8
7
COP
6
Screw
5
Turbocor
4
3
2
1
0
25%
50%
75%
Capacity %
100%
DX Type Evaporator and Water Cooled Condenser
R134a
EUROVENT
EUROVENT
SCREW
TT300
Load
ECW
C
LCHW
C
SST
C
SCT
C
EER
SST
C
SCT
C
EER
100%
30
7
2
40
4.4
2
40
4.2
75%
26
7
2.5
34.1
4.9
2.5
34.1
5.5
50%
22
7
3
30
5.05
3
28.7
7.05
25%
18
7
3.5
30
3.98
3.5
21.7
9.23
ESEER
4.7
6.9
Conclusion:
On IPLV basis, the TT300 is 32% more efficient than the leading screw compressor.
DX Evaporator and Air Cooled Condenser
R134a
ARI550/590-1998
ARI 550/590-1998 Conditions
SCREW
TT300
Load
Air
F/C
LCHW
F/C
SST
F/C
SCT
F/C
COP
kW/Ton
SST
F/C
SCT
F/C
COP
kW/Ton
100%
95/35
44/6.7
35.5/2
122/50
3.19
1.10
35.5/2
122/50
3.08
1.13
75%
80/26.7
44/6.7
36.5/2.5
104/40
4.20
0. 83
36.5/2.5
104/40
4.44
0.79
50%
65/18.3
44/6.7
37.5/3
86/30
5.26
0.69
37.5/3
82.5/28
7.23
0. 48
25%
55/12.8
44/6.7
38/3.5
86/30
3.98
0.88
38/3.5
66.2/19
9.77
0.35
IPLV
COP
kW/Ton
4.6
0.76
6.32
Conclusion:
On IPLV basis, the TT300 is 29% more efficient than the leading screw compressor.
0. 55
Turbocor vs. Screw
D-X Evaporator and A/C Condenser
11.00
10.00
9.00
COP
8.00
7.00
Screw
Turbocor
6.00
5.00
4.00
3.00
2.00
25%
50%
Capacity
%
Capacità – Capacity
- Kapazität
75%
100%
DX Evaporator and Air Cooled Condenser
R134a
EUROVENT
EUROVENT
SCREW
TT300
Load
Air On
C
LCHW
C
SST
C
SCT
C
EER
SST
C
SCT
C
EER
100%
35
7
2
50
3.19
2
50
3.08
75%
30
7
2.5
43
3.82
2.5
43
3.98
50%
25
7
3
35
4.50
3
35
5.32
25%
19
7
3.5
30
3.98
3.5
24.5
7.90
ESEER
4.1
5.4
Conclusion:
On IPLV basis, the TT300 is 24% more efficient than the leading screw compressor.
Part Load Performance and NPLV Comparison
Process Cooling Application in UK
TT300 (Standard Lift) vs. Leading competitive Screw
Total operating Hours per Year: 8000
Ambient
Hours
Cond/Evap
% of total
Temp
32
500
6.25
44/2.5
20
3500
43
32/2.5
10
3000
37
22/2.5
8
1000
12.5
20/2.5
Presume the chiller would operate at average 75% all round the year, 225 kW cooling capacity
Screw
Non-Std Conditions
Load
Air On
TT300
Capacity
Power
Input
COP
SST
SDT
Capacity
Powe
r
Input
C
C
kW
kW
COP
LCHW
SST
SDT
C
C
C
C
kW
kW
A
32
7
2.5
44
212.25
56.5
3.76
2.5
44
225
56.3
4
B
20
7
2.5
32
243.75
46.9
5.2
2.5
32
225
37.9
5.94
C
10
7
2.5
30
248.25
45.9
5.41
2.5
22
225
26.8
8.38
D
8
7
2.5
30
248.25
45.9
4.32
2.5
20
225
25
8.99
NPLV
(COP)
5.03
7.03
Part Load Performance and NPLV Comparison
Process Cooling Application in UK
TT300 (Standard Lift) vs. Leading competitive Screw
Screw
TT300
44.72
32.01
Power Savings per year
Power Rate
Savings per Year
-
101853
0.1
US$10,185
Estimated performance data are based on:
- 6 K superheat and 6 K sub-cooling
Minimum Allowed SDT for screw compressor is 30 C
kW
kW
kWh
$/kWh (US)
Proposed Seasonal Energy Efficiency Rating for
Chillers
By Partners in Innovation 39-3-720
United Kingdom
SEER = 0.02*A+0.10*B+0.33*C+0.55*D
SEER (A/C)
Rating label
TT300
6.56
A
Screw
4.11
D
Percent Oil
Efficiency
Loss
Percent Oil
Air-Cooled Chiller
IPLV (COP): Screw Chiller = 4.9, Silver Bullet = 7.7
The energy revolution in air-conditioning
and refrigeration compressors…
The Geoclima Package
It’s not all about the compressor
•Condenser Fans
Ziehl Abegg - large diameter, frequency inverter speed
control
•Large Condenser Coils
Larger surface areas, lower condensing temperatures
Reduced air flow requirement
•Flooded Evaporators
Close superheat control, maximise latent cooling effect
•Microprocessor Controls and Remote Access
Mobile data card and gateway installed for every site
Remote control of unit, reset alarms, adjust setpoints
and download historical data for analysis
Automatic SMS alarm notification
The Geoclima Package
It’s not all about the compressor
TMA EC (300-1900Kw)
The Geoclima Package
It’s not all about the compressor
TMA EC (300-1900Kw)