Directory
One, and Energy-saving management pointer self assessment form
Second, Energy-saving management pointers to trial data self review checklist
Ginseng, Pointer to energy management checklist description
Restaurants, Energy-saving management of pointer pointer
First, Energy monitoring systems
1 、 Power saving monitoring system
2 、 Air conditioning control system
3 、 Lighting power monitoring system
Second, the Energy management systems
1 、 Energy management function
Third, the equipment Efficiency
1 、 Use of efficient equipment
1-1 、 Chiller or air conditioner air conditioning equipment complies with
Department of energy standards or with national energy-saving mark
certification
1-2 、 Fluorescent tubes or lamps and lighting equipment complies with
the Ministry of economy Department of energy standards or with national
energy-saving mark certification
1-3 、 Pumps, lifts and other power equipment with high efficiency device
description data
Four, Energy-saving technology
1, and intelligent outer energy-saving measures
1-1, and have to adapt to the environment, lower energy consumption and
can automatically adjust blinds or window
2, and energy-saving measures of air-conditioning equipment
2-1, and set the number of hosts running control, heat exchangers,
variable refrigerant, heat recovery, etc
3, and lighting energy-saving measures
3-1, and by daylight, initial adjustment of illumination, work surface
lighting
4, and energy saving measures in power equipment
4-1, and use harmonic frequency conversion functions, optimal contracts
of management capacity
Five, Renewable energy equipment
1and the function of renewable energy equipment
1-1, and alternative energy sources such as electricity or heat produced
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Map directory
1 energy management system architecture
2 power consumption real-time status screen
3 air conditioning energy monitoring system interface
4 lighting supervisory control subsystem interface
5 schedule of electric power data
6 trend data analysis in power system
7 power systems power charts
8 proportion of electricity in power system analysis
9 power monitor status and statistics report
Figure 10 lighting energy monitoring
Figure 11 -DC inverter air conditioning efficiency performance
Table
Table
Table
Table
1:
2:
3:
4:
List of tables
air conditioning system design and equipment selection table
list of all kinds of lamps and statistics
high efficiency equipment using rate tables
air conditioning system design for heat exchanger machine table
One, and Energy-saving management pointer self assessment form
Application
number
Time
s
One
Two
Pointer
projects
Energy
monitoring
systems
Energy
management
systems
Building name
Assessment
project
Energy
monitoring
function
Energy
management
function
Valuation
Beautiful Sky
Benchmark Partitio Goa Audi
categorie
n
l
t
s
With air conditioning
or power or lighting
Basic
equipment such as
10
10
20
20
8
8
6
6
4
4
energy monitoring
Energy monitoring of
air conditioning or
power or illumination Necessary
device or power
management features
Chiller or air
conditioner air
conditioning
equipment complies
with Department of
energy standards or
with national
energy-saving mark
certification
Thre Equipment
e
efficiency
Use of
efficient
equipment
Fluorescent tubes or
lamps and lighting
Encourage
equipment complies
with the Ministry of
economy Department of
energy standards or
with national
energy-saving mark
certification
Pumps, lifts and other
power equipment with
high efficiency device
description data
Time
s
Pointer
projects
Benchmark Partitio Goa Audi
Assessment
project
Valuation
categorie
s
n
l
8
4
16
12
12
12
8
8
8
8
Basic
10
10
Necessary
20
20
Encourage
70
62
Have to adapt to the
environment, lower
Intelligent
energy consumption and
energy
can automatically
saving
Encourage
adjust blinds or
measures in
window ( The
outer
energy-saving
measures 4 . )
Sets the number of
Air
hosts running control,
conditioning heat exchangers,
energy
saving
Energy-savin measures
Four
g technology
Lighting
variable refrigerant, Encourage
heat recovery, etc
( The energy-saving
measures 4 . )
By daylight, initial
adjustment of
illumination, work
energy-savin
Encourage
surface lighting ( The
g measures
energy conservation
measure 4 ) 。
Using a harmonic
Energy
frequency conversion
saving
functions, optimal
measures for contracts of
Encourage
power
management capacity
equipment
( The energy-saving
measures 4 . )。
Renewable
Five energy
equipment
Function of
renewable
energy
equipment
Alternative energy
such as electricity or
Encourage
heat generated
( Functions 4 )
Category partition
t
Time
s
Pointer
projects
Benchmark Partitio Goa Audi
Assessment
project
Valuation
Total score
Intelligence levels
categorie
s
n
l
100
92
t
■ 100-80
Intelligent/excellenc □ 79~70 Intelligent/quality
e
□ 69~60
Intelligent/General
□ 59 Points/no intelligent
basis
Second, Energy-saving management pointers to trial data self review checklist
Overview of building structures
Application number
Building
name
, Assessment of "energy-saving management of pointer" check out data
Times
Pointer
Project
Assessment
Project
Valuation
An illustration
or page
P7~P9
One
Energy
monitoring
systems
Energy
monitoring
function
With air conditioning or power or
lighting equipment such as energy
monitoring
Two
Energy
management
systems
Energy
management
function
Energy monitoring of air
conditioning or power or
illumination device or power
management features
P9
Chiller or air conditioner air
conditioning equipment complies
with Department of energy
standards or with national
energy-saving mark certification
P13
Fluorescent tubes or lamps and
lighting equipment complies with
Department of energy standards or
with national energy-saving mark
certification
P14
Equipment
Three
efficiency
Use of
efficient
equipment
Pumps, lifts and other power
equipment with high efficiency
device description data
Have to adapt to the environment,
Intelligent
lower energy consumption and can
energy saving
automatically adjust blinds or
measures in
window ( The energy-saving measures
Energy-saving outer
Four
4)
technology
Air
Sets the number of hosts running
conditioning control, heat exchangers, variable
energy saving refrigerant, heat recovery, etc
measures
( The energy-saving measures 4 )
P14~P15
P16
P16~P17
Renewable
Five energy
equipment
By daylight, initial adjustment of
Lighting
illumination, work surface
energy-saving
lighting ( The energy-saving
measures
measures 4 )
P18
Energy saving Using a harmonic frequency
measures for conversion functions, optimal
power
contracts of management capacity
equipment
( The energy-saving measures 4 )
P19
Function of
renewable
energy
equipment
Two and examination units added
Alternative energy such as
electricity or heat generated
( Functions 4 )
P20
Ginseng, Pointer to energy management checklist description
This building uses variable-frequency air conditioning system, and designing
solar panels and water heaters to provide renewable energy, energy-saving
environmental protection class II standard in energy-saving, high-efficiency motors.
Lighting in addition to parking lot picking T5 lamps, a whole building efficient LED
lamps, touch control and time management and event-related groups. Power monitoring
and control system by relevant monitoring equipment for air conditioning, lighting
and power systems group, status, metrology, tube, while needed control, starting and
stopping of the intelligent monitor in order to reach concrete results of energy saving,
such as Figure 1 energy management system architecture
As shown in.
1 Energy-saving management system architecture
Restaurants, Energy-saving management of pointer pointer
First, Energy monitoring systems
Building energy monitoring systems include electric power monitors, air
conditioning equipment and lighting power equipment monitoring and many other
subsystems. ( See annex III, figure S1-10 structure and specification of air
conditioning and energy management system)
1、 Power saving monitoring system
The building of electric power energy monitoring system, mainly for monitoring
the public share in real-time voltage, current, demand, power factor and power, spent
time and other information. Figure 2 power consumption real-time status screen shown
in. ( See annex III, figure S1-10 structure and specification of air conditioning and
energy management system)
2、 Air conditioning control system
Setting common Hall this building air conditioning equipment, mining and energy-saving
air conditioning inverter system, each indoor unit control mining BACNet Monitor
interface, through the centralized switch controller for real-time remote monitoring
function of the opening and closing of the air conditioning equipment, also available
with switch control, such as 3 Air conditioning energy monitoring system interface As
shown in. ( See annex III, figure S1-10 structure and air conditioning and energy
management systems standard, S1-4, andS3-4 a weak plan,S3-5 Sandwich weak plan,S3-11
inrush from floor to roof level weak plane)
3 Air conditioning energy monitoring systems Interface
3、 Lighting power monitoring system
Lighting equipment of power monitor system includes parking, exterior walls,
stairwells, hallways, parking ventilation and lighting equipment. Independent control
system can then be used by touch-sensitive subsystems hosts, such as Figure 4 lighting
supervisory control subsystem interface
Shown also with power saving monitoring subsystem integration even managed to
achieve the goal of energy management. ( See annex II, figure E-07~E-11 single wire
system diagram Catholic and in annex III, figure S1-5~S1-6 central control system
schematics and specifications)
4 Lighting supervisory control subsystem interface
Second, the Energy management systems
1、 Energy management function
Power saving monitoring system according to the forecasts of electricity demand,
and dismount the control signal of the digital meters, cascade control equipment such
as air conditioning, power, lighting, control demand high. Meanwhile, power monitoring
and data recording system provided as Figure 5 schedule of electric power data and the
Figure 6 trend data analysis in power systems , and 7 Power systems power charts 、 8
Power system analysis 、 9 Power monitor status and statistics report 、 10 Lighting
energy monitoring And other types of reports, the data required for the management
of energy. ( See annex II, figure E-07~E-11 single wire system diagram Catholic and in
annex III, figure S1-10 structure and air conditioning and energy management systems
standard, S1-4, and S3-4 A weak plan, S3-5 Sandwich weak floor plan, S3-11 Inrush from
floor to roof level weak plane)
5 Schedule of electric power data
Third, the Equipment Efficiency
1、 Use of efficient equipment
The public areas of the building using high efficiency equipment including air
conditioning, lighting and power equipment.
1-1、 Chiller or air conditioner air conditioning equipment complies with
Department of energy standards or with national energy-saving mark certification
This building Daikin DC inverter air conditioning equipment, and its air
conditioning system coefficient of performance of cold rooms / Greenhouses like Table
1 : Air conditioning system design and equipment selection table Using high efficiency
equipment 3.15kw / 3.56kw In line with Department of energy energy-saving mark IV
standards.
Table 1 : Air conditioning system design and equipment selection table
Indoor unit
Floors Room name
Outdoor unit
Subtotal,
Cold
indoor
room
Model capacity Number cold room
capacities
(kW)
The
reading FBQ100
room
10.1
2
10.1
Model
Cold
room
capacity
Notes
(kW)
RZQ100
10.1
EER 3.15 /
3.56
Department of
energy
energy-saving
mark IV
EER 3.15 /
3.56
1
FBQ100
10.1
1
10.1
RZQ100
10.1
Gym
FBQ100
10.1
1
10.1
RZQ100
10.1
Department of
energy
energy-saving
mark IV
EER3.15 / 3.56
Department of
energy
energy-saving
mark IV
FBQ71
R1
1
7.2
RZQ71
7.2
Restaurant
EER 3.15 /
3.56
FBQ100
R2
7.2
Bar
Subtotal
EER 3.20 /
3.29
Department of
energy
energy-saving
mark IV
FBQ71
10.1
7.2
1
2
10.1
14.4
RZQ100
RZQ71×2
10.1
14.4
Department of
energy
energy-saving
mark IV
EER 3.20 /
3.29
Department of
energy
energy-saving
mark IV
62.0
(See annex III, figure S1-10 Energy management and architecture plans and
specifications, the air conditioning system S3-4 A weak plan, S3-5 Sandwich weak floor
plan, S3-11 Inrush from floor to roof level weak plane)
1-2、 Fluorescent tubes or lamps and lighting equipment complies with the Ministry
of economy Department of energy standards or with national energy-saving mark
certification
The building parts are used in fluorescent tube T5 Lamp, using energy-saving mark
certification T5 Type of lamp. The remaining lighting using LED lamps, table 2: list
of all kinds of lamps and statistics . ( See annex II, figure E-07~E-11 Grand Duchy of
single wire system diagram, in annex III, figure S1-10 structure and specification of
air conditioning and energy management system)
Table 2 : All kinds of lamps and statistics list
Times
Wattage
Lamps
(w)
The
number
of
Compound
meter (w)
1
T5 Light tubes 28
127
3556
2
LED Downlight 7
531
3717
3
LED Downlight 3
272
816
4
LED Downlight 1
24
24
5
LED Line
lights
92
460
5
Notes
Parking lanes, parking
Hall, standard floor
elevator Hall, wall,
Garden tubes or
automatic illumination
control when grouping,
see annex II, graph
E-07~E-11 Single wire
6
LED Modeling
lights
system diagram, diagram
7
182
1274
in annex III S1-10
Structure and
specification of air
conditioning and energy
management system
Total
1228
9847
1-3、 Pumps, lifts and other power equipment with high efficiency device description
data
This building in the high-powered pump, efficiency rating IE1+ Above, lift Used
Mitsubishi elevators ( model:NEXIEZ), Is superior to the traditional winch with worm
gear transmission efficiency, savings of about 27%~42% power of environmental
characteristics, The Environmental Protection Department of the Executive Yuan
Environmental protection product category II product certificate ( certificate number
3749). Finishing as table 3: high efficiency equipment using rate tables . ( See annex
II, figure E-07~E-11 Grand Duchy of single wire system diagram, in annex III, figure
S1-10 structure and specification of air conditioning and energy management system)
Table 3 : High efficiency equipment using rate tables
Power
device
name
Exhaust
machine
Fan
Exhaust
machine
Fan
Exhaust
machine
Device
The
total
High
Capacity The
capacity Brand
(HP) number
of
of
(HP)
7.5
7.5
7.5
7.5
7.5
1
1
1
1
1
Model
High
Rated
Efficiency efficiency efficiency
Note
Efficiency
grade
Amount of of
equipment capacity
7.5
Hundreds
of
original
BBF# 3 1/2
90%
IE1+
1
7.5
7.5
Hundreds
of
original
BBF# 3 1/2
90%
IE1+
1
7.5
7.5
Hundreds
of
original
BBF# 3 1/2
90%
IE1+
1
7.5
7.5
Hundreds
of
original
BBF# 3 1/2
90%
IE1+
1
7.5
7.5
Hundreds
of
original
BBF# 3 1/2
90%
IE1+
1
7.5
BBF# 3 1/2
90%
IE1+
1
7.5
1
20
Cert
numb
1
20
Cert
numb
Hundreds
Fan
levator
#1
levator
#2
7.5
1
7.5
of
original
15
1
15
Mitsubishi NEXIEZ
Environmental
protection
class II
certificate
15
1
15
Mitsubishi NEXIEZ
Environmental
protection
class II
certificate
Lift
pump
15
2
30
Kau
80-STU-11
89%
IE1+
2
30
Set
water
pump
2
2
4
Kau
TOS-EF-32
82%
IE1+
2
4
Blower
3
2
6
TECO
GTB5022
2
6
14
115
12
114
h efficiency
ipment rates
Capacity)
95%
(115-6)/115=0.95
Four, Energy-saving technology
1、 Intelligent energy saving measures in outer
1-1、 Have to adapt to the environment, lower energy consumption and can
automatically adjust blinds or window
The built in 1F Exclusive meeting room and reading room, set at the North and South
to 8 Automatically adjust the window, automatic environmental control hosts, sensor,
wind sensor, outdoor temperature indoor temperature sensor, CO 2 Environmental
conditions such as sensor intelligent combined control, according to the temperature
difference between indoor and outdoor and outdoor wind speed, wind direction, rain
sensing status, automatically adjust the window at the right time, adjust indoor
temperatures reduce air-conditioning use of the interior space in order to adapt to
the environment, lower energy dissipation purposes. ( See annex III, figure S1-10
structure and air conditioning and energy management systems standard,S1-26 air
conditioning and environmental control and the host system architecture and action
flow charts,S3-4 a layer of weak floor plans )
2、 Energy saving measures of air conditioning equipment
2-1、 Set the number of hosts running control, heat exchangers, outdoor cold room,
fan and
Inverter air conditioning: public hall set 8 DC inverter type air conditioning
units with large gold series, for example, carry reluctance DC motor in the compressor,
the most commonly used during low-load operation, efficiency can be increased by about
20% , Such as 11 DC inverter type air conditioning efficiency performance 。
11 DC inverter type air conditioning efficiency performance
Host running number control: 8 DC inverter type air conditioning and indoor units
and the total heat exchanger equipment, central monitoring and control system at the
management centre, depending on power demand set to concentrate controls the opening
and closing of the air conditioning equipment status, running ( Dehumidifiers, air
conditioners, air supply ) Functions and embedding-ring at each individual interior
space control touch the host, can be based on indoor and outdoor temperature and
humidity, CO2 And central monitoring conditions such as electricity demand removing
intelligent combined control, timely adjusted host running set of control functions.
( See annex III, figure S1-10 structure and air conditioning and energy management
systems standard,S1-26 air conditioning and environmental control and the host system
architecture and action flow charts,S3-4 a weak plan, S3-5 sandwich weak plan,S3-11
inrush from floor to roof level weak plane)
Heat exchangers: set in a gym, such as Table 4 : Air conditioning system heat
exchanger selection table , And air conditioning control systems and CO 2 Sensor
controlled through heat exchangers equipment at the time of introduction of fresh air,
can be used with indoor cold room air heat exchange, reducing outdoor air temperature,
to save electricity energy-saving effect.
Outside the cold room, the fan: the built in 1F Exclusive meeting room and reading
room, set at the North and South to 8 Automatically adjust the window, which is addition
of outdoor temperature and humidity sensors, indoor temperature and humidity sensors,
quiet fan and indoor cycling fans and other equipment. Embedded into type ring control
touch control host, can according to indoor outside temperature humidity environment
conditions do judge, in outdoor temperature below must degree of indoor temperature
Shi ( can itself set, default for 6 degrees ), timely opened outside push window and the
outside mute sent wind machine, first using outdoor low temperature to reduced indoor
temperature, reduced air conditioning air-conditioning of using Until the indoor and
outdoor temperature falls below a certain level ( can be set, the default is 2 ), close
out the window and mute the outside air blower, turn on their air conditioners. ( See
annex III, figure S1-10 structure and air conditioning and energy management systems
standard,S1-26 air conditioning and environmental control and the host system
architecture and action flow charts,S3-4 a layer of weak floor plans And theS3-5
sandwich weak floor plans)
When air cooling is used, the space is used for indoor cycling fan to increase
the space for air to circulate more air-conditioned cold room temperature effect, to
save electricity energy-saving effect. ( See annex III, figure S1-10 structure and air
conditioning and energy management systems standard,S3-4 a weak plan,S3-5 weak
sandwich floor plans)
3、 Lighting energy-saving measures
3-1、 By daylight, initial adjustment of illumination, work surface lighting
Day Use: this building 1F Elevator on each floor above the entrance hall and
staircase are picking window design, usually not only increase fresh air, daylight
space of lighting during the day, can effectively save electricity for lighting.
Underground mining high skylights design, combined with detection and second-tier
light control of illumination system, also energy-efficient. ( Refer to annex a A2-03
basement floor plan, map A2-04 one floor, andA2-05 mezzanine floor plan,E-07~E-11
Single wire system diagram)
Initial luminance adjustment: the basement car park lighting is divided into lanes
and parking spaces, such as class II lighting control design, the loops are included
in the second-tier lamp control system control. In the vehicle lighting, dual-loop
interval lighting control, usually only opens a circuit lighting illumination in the
early to save on electricity in commuter peak clock systems and lighting circuit in
the open lanes to adjust track illumination. In terms of parking lights, lighting
control loop design in mining block, and lane long distance identification card reader
access control system in the basement, when tenants enter driveway, can the residents
parking locations, real-time lighting opened the region to enhance illumination
adjustment of movement of persons and vehicles, while the system with automatic timings
off, intelligent guidance and energy-saving effect of the turbine. ( See annex a, figure
A2-01~A2-03 three ~ ground floor plan,E-07~E-11 single wire system diagram)
Job surface lighting: for should different job conditions provides appropriate
of light, as service management counter personnel, station with Service Shi, ceiling
of light, provides usually reception activities of appropriate as degrees; need
processing file job Shi, can opened anti-glare light of counter lighting, to Lee
personnel comfortable and job security; room and reading room of lighting, Yu personnel
seat Shi, can opened desktop lights; other places according to job nature provides
for should different needs design. ( See annex a, figure A2-04 a floor plan,E-07~E-11
single wire system diagram)
4、 Energy saving measures for power equipment
4-1、 Using a harmonic frequency conversion functions, optimal contracts of
management capacity
The building uses Mitsubishi elevators ( model:NEXIEZ), the VVVF control system
of commercial power supply three-phase AC voltage and converter amplitude, pulse-width
modulation (PWM) AC variable voltage, variable frequency sinusoidal current output,
effective suppression of harmonic current, harmonic management functions.
( Refer to annex a A2-03 ground floor plan, A2-04 one-floor,A2-05 mezzanine floor
plan,A7-1 Elevator detail drawings,E-07~E-11 single wire system diagram)
In optimal contractual capacity, real-time monitoring to monitor in power saving
systems electricity demand, and dismount the control signal of the digital meters,
with integrated control equipment such as air conditioning, power, lighting, control
demand high. ( See annex II, figure E-07~E-11 single wire system diagram Catholic and
in annex III, figure S1-10 structure and air conditioning and energy management systems
standard, S1-4, andS3-4 A weak plan, S3-5 Sandwich weak floor plan, S3-11 Inrush from
floor to roof level weak plane)
Five, Renewable energy equipment
1、 Function of renewable energy equipment
1-1、 Alternative energy such as electricity or heat generated
Heat: the top platform setting capacity 500 Litres of solar water heater device,
usually using solar thermal energy heating water to provide hot water for use by mothers
' class. ( Refer to annex III S3-11 inrush from floor to roof level weak plane)
Power: top floor platform for planning and design 230W Solar PV equipment 16
Maximum capacity for 3.6KW , Day use the principle of photoelectric conversion,
converts sunlight into electricity, parallel to the electric system. Will produce
environmentally friendly renewable energy sources - electricity power, for the Earth
to make an effort ... ( Refer to annex III S1-10 energy management structure and norms,
with the air conditioning systemS1-26 solar planning standards,S3-11 inrush from floor
to roof level weak plane )