3. To provide a safe environment and uninterrupted
utility services to the patients, bystanders and staffs.
To keep the building and equipment operationally
and cost-effective.
4. Engineering Services
ELECTRICAL
HVAC ( HEAT VENTILATION & AIR CONDITIONING )
PLUMBING SYSTEM ( WTP , RO , STP )
MEDICAL GAS
LIFT
BOILERS
PNUEMATIC TUBE SYSTEM
SOLAR PLANT & SOLAR WATER HEATER
GENERAL ENGINEERING WORKS
5. ELECTRICAL SYSTEM
DG SYNCRONIZATION
PANEL
2X 1600KVA,11KV/433V
INDOOR TRANSFORMER
1X1250KVA, 3X750KVA ,415V
DG INCOMER
KSEB 11 kV
FEEDER
MSB
COMMON LOAD
SOLAR INVERTERS
200KVA SOLAR PANEL
UPS LOAD
KIDANGOOR 33KV
SUBSTATION
6. ELECTRICAL INSTALLATIONS
• 24 Hrs Raw Power supply with minimum interruptions with automatic tap changer
• Equipped with 1600 KVA x 2 Transformers with automatic tap changer ( to avoid
voltage fluctuations)
• Full Electrical power Supply back up with 3 no's of 750 KVA Diesel Generators, with
shycronisation facility
• Uninterrupted Power supply through UPS for IT, Emergency lighting and to all
Critical Medical Equipment's.( 430 KVA, installed @ site, provision for future
expansion- 830kva)
• Variable Frequency drive for the Hydro Pneumatic Pumps, chiller plant pumps
• Almost 100% light fittings are LED the building.
• 200 kw solar plant which generate 900 kwh per day
8. SYNCHRONISATION PANEL & MSB
• KSEB : 18 - 19,000 kwh / day
• Energy Charge : Normal – 7.8 , Peak – 11.7, Off Peak – 5.85
9. SOLAR POWER PLANT
• Installed capacity – 205KWp
• 900kwh - Units / day generation, it is 5% of the total consumption
• Directly connected to the grid
10. DIESEL GENERATOR
• Backup purpose
• 750KVA X 3 NOS, 1250KVA X 1NOS
• Diesel Consumption - 180 - 230 L/H for 3 DG
11. UPS FLOW DIAGRAM
Main UPS installation :330 kva and 100 kva for OT
Total Capacity : 830 kva
MAIN UPS INCOMER PANEL
UPS-ME
150/300 kVA
UPS-OT
100/200 kVA
UPS – L & P
150/300kVA
UPS-IT
SERVER
30 kVA
ISOLATION TRANSFORMER
MEDICAL
EQUIPMENT
OT PANEL L & P PANEL IT SERVER DB
ISOLATION TRANSFORMER
14. HVAC PLANT
• Chiller Plant – a centralized cooling system which provides cooling for
a building
• Capacity : 460TR X 2 NOS , 200TR – 1 NOS ( 1120 TR )
15. Energy conservation - SALIENT FEATURES OF THE
HVAC SYSTEM
• CHILLERS ARE HIGH EFFICIENCY TYPE, RATED AT 0.6 KW/TON
OF AIRCONDITIONING
• CHILLED WATER PUMPS RUN ON VARIABLE FREQUENCY
DRIVES
• COOLING TOWERS MOTORS RUN ON VARIABLE FREQUENCY
DRIVES
• ALL AHU MOTORS AND ALL PUMPS ARE OF THE HIGH
EFFICIENCY TYPE, RATED MORE THAN 85%
• TREATED FRESH AIR HANDLING UNITS FEED COOLED, AND
FILTERED AIR TO ALL AREAS
• TREATED FRESH AIR UNITS HAVE HEAT RECOVERY SYSTEMS IN
BUILT FOR ENERGY SAVINGS
16. AIR HANDLING UNITS (AHU)
• AHUs are used to cool the air in a floor by
passing air through chilled water coil .
• Our hospital currently have 76 AHUs that cools
the lobbys,ICUS,Operation theatres and other
areas. ( Critical and Non Critical areas )
• Our hospital also has 294 FCUs that for cools
the in patient and consulting / IP rooms
• All AHUs are provided with actuator valves and
BMS integration for automated temperature
control.
• Critical area AHUs are equipped with heating
coils along with fine filters for controlling
humidity
17. FAN COIL UNITS(FCU)
• FCU are used for cooling independent room like IP rooms,
small cabins, OP consulting rooms etc.
• FCUs are used in small closed rooms with low heat loads.
• Temperature settings in FCUs are controlled through a remote
thermostat fixed in the serving room itself.
FCU
FCU thermostat
18. HEAT RECOVERY WHEEL(HRW)
Heat recovery wheel is type of energy recovery heat
exchanger positioned with in the supply and exhaust air
stream of an air handling system for improving the
system efficiency
19. DESIRED AIR CONDITIONS IN HOSPITAL
• COMFORT CONDITIONS- 24+/- 1 DEG C
• ICU’S- 22+/-1 DEG C
• OT- 21+/-3 DEG C, RH NOT EXCEEDING 60%
• MRI, CT, CATH LAB- 21+/-1 DEG C
• LAB- 22+/- 1 DEG C
• AIR CHANGES IN OT- 5 ACH PER HOUR
• AIR CHANGES IN ICU’S- 2 ACH PER HOUR
• Consumption : 700 TR
•
20. WATER MANAGEMENT SYSTEM
• The process of planning, developing, and managing water resources,
in terms of both water quantity and quality, across all water uses.
• WTP, RO,STP
21. WATER STORAGE CAPACITY
In Pump Room
• RAW WATER DOMESTIC - 90 CUM / 90,000 L - 2 NOS
• TREATED WATER DOMESTIC TANK -90 CUM / 90,000 L - 2 NOS
• RAW WATER FLUSH TANK - 58 CUM / 58,000 L - 2 NOS
• TREATED WATER FLUSH TANK – 55 CUM / 55,000 L - 2 NOS
• FIRE TANK – 75 CUM / 75,000 L x 2 NOS
• COOLING TOWER MAKE UP TANK – 118.80 CUM / 1,18,800 L
• R O WATER PLANT CAPACITY - 3000 LITRES PER HOUR
• DIALYSIS R O WATER TANK CAPACITY - 5000 LTR
• CSSD AND ICU RO WATER TANK CAPACITY - 8000 LT
OVER HEAD TANK DETAILS
• COOLING MAKE UP -50 CUM
• FIRE TANK -140 CUM ( 80 & 60 )
• DOMESTIC 20 CUM
23. FIRE PROTECTION AND PROTECTION SYSTEM
We have fire pump room equipped with 2 X 100HP with 5.3 HP JOCKEY to
maintain the line pressure of 6bar. We have an additional diesel pump of 110HP
to ensure the protection when there is no electricity.
12 hydrant valves- to ensure complete fire protection and suppression
PA system- to ensure complete addressing and evacuation
24. MEDICAL GAS PLANT
Oxygen ( O2 )
Nitrous oxide ( N2O )
Carbon Di Oxide ( CO2 )
Compressed Air &
Vacuum
25. MEDICAL GAS PLANT
Oxygen Manifold ( 18 X 18Cylinder -
(Two banks)
Emergency Manifold ( 12 Cylinder )
N2O Manifold ( 5 X 5 Cylinder –
(Two banks)
Emergency Manifold ( 4 Cylinder )
CO2 Manifold ( 3 X 3 Cylinder-
(Two banks )
O2 Cylinders ( Black & White colour)
D Type ( 7 CUM)
B Type ( 1.6 CUM )
A Type (1 CUM )
N2O Cylinders ( Blue colour )
D Type ( 16.5 Kg )
A Type ( 1.7 Kg )
CO2 Cylinder ( Black & Gray colour)
D Type ( 30 Kg )
Liquid Medical Oxygen ( LMO ) –
13KL
26. LIFTS
Total no's of lifts-14
(13 passengers +1 service lift )
Five out of Fourteen are considered Fire lift)
2 Nos. Dumb Waiters
( sterile & un-sterile)
ALL lifts are equipped with ARD ( Automatic Rescue Device)
27. BOILER
WE HAVE A BOILER OF 1000L/HR CAPACITY
Good steam is the heart of a successful laundry operation, for
optimum production and cost effective operations.
28. PNUEMATIC TUBE SYSTEM(PTS)
Main purpose Pneumatic
Tube System for the
transportation on demand
of urgent and ordinary
samples in Healthcare
facilities. The
PTS system allows the
management of blood bags,
drugs and analysis samples
29. APPROCHES TO SAVE ENERGY
• Self Energy Audits – Identify best practices within your depts.
• Identify those areas that use the most energy – Remember
HVAC accounts for 60%+ of your energy consumption, Make a
plan, set some goals
• Involve the whole staff, cultivate a behavior save energy. Save
Power , Save Water.
30. HOW TO SAVE ENERGY INSIDE THE HOSPITAL
• SWITCH OF MONITORS AFTER USAGE
• KEEP ALL DOORS CLOSED WHEN NOT IN USE
• OPENING DOORS MULTIPLE NUMBER OF TIMES TO BE AVOIDED
• SWITCH OFF LIGHTS WHEN NOT NEEDED
• SWITCH OFF POWER TO AC’s,
• USE MAXIMUM DAYLIGHT DURING THE DAY
• TRY TO CALL THE NEAREST LIFT INSTEAD OF CALLING MULTIPLE LIFTS
31. WATER- HOW TO SAVE?
• REPORT TO THE ENGINEERING
DEPARTMENT WHEN YOU SEE A TAP
LEAKING/ SHOWER LEAKING
• CLOSE WATER TAP WHEN NOT IN
NEED
• ALL CLOSETS ARE WITH DUAL
SWITCH CISTERNS, USE THEM
ECONOMICALLY
• ALL URINALS ARE WITH SENSORS
32. ENGINEERING DEPARTMENT FUTURE
PROJECTIONS
• COMMISSIONING OF NEW 1250KVA DIESEL GENERATOR.
• GARBAGE STORE BUILDING / HAZARDOUS BUILDING – WASTE
MANAGEMENT
• DISASTER RECOVERY DATA CENTER - IT
• WE ARE INSPECTING AND RECTIFYING SNAGS ON EACH RESPECTIVE AREAS
TO ENSURE SMOOTH OPERATION
