Mission to Zero is our journey towards carbon neutrality by 2030 - at our own sites whilst helping customers do the same. We will achieve this by embedding best-practices and a spirit of innovation across our operations and empower others to do the same.
— Mission to Zero™ Building Solutions
— Index
MISSION TO ZERO BUILDING SOLUTIONS
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— Mission To Zero ™ Approach
MISSION TO ZERO BUILDING SOLUTIONS
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— Mission To Zero Approach Definition & Objectives
Mission to Zero is our journey towards carbon neutrality by 2030 - at our own sites whilst helping customers do the same. We will achieve this by embedding best-practices and a spirit of innovation across our operations and empower others to do the same.
What is Mission To Zero ™ ?
SCOPE 1
Direct emissions from owned or controlled sources
Total Carbon Footprint
SCOPE 2
Indirect emissions from the generation of purchased energy
SCOPE 3
Indirect emissions that occur in value chain, including emissions
Reduction of Scope 1 and 2 emissions by 2030 80%
Carbon offset 20%
We will achieve carbon neutrality across our own operations
upstream and downstream
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— Mission To Zero Approach Definition & Objectives
What is Mission to Zero ™ ?
SCOPE 1 SCOPE 2 SCOPE 3 SCOPE 4
Our 2030 targets to reduce emissions
Direct emissions from own factories and vehicles
HFCs
We will achieve carbon neutrality across our own operations by 2030
N 2 O
Indirect emissions from electricity and district heat used by ABB
PFCs
All other indirect upstream and downstream emissions in our value chain including those from ABB products and solutions in operation at customer sites Total emissions avoided at customer sites thanks to the use of energy-efficient ABB products and solutions 1
We will engage with our suppliers to extend our impact in reducing emissions across the entire supply chain
SF 6
CH 4
We will support our customers to reduce their annual CO 2 emissions by more than 100 megatons by 2030
CO 2
1. Scope 4 emissions are not defined in the Greenhouse Gas Protocol
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— Mission To Zero Approach Definition & Objectives
Megatrends
>80% of commercial buildings worldwide have no building automation systems 3
~2.5% of building stock need to be retrofitted to carbon neutral year-by-year by 2050 5
~90% of the day people spend in buildings 1
~70% of building emissions reductions by 2050 will come from electrification and energy efficiency 5
~90% of existing building stock will still be standing by 2050 4
~40% of energy-related CO 2 emissions come from buildings 2
1 KLEPEIS, N., NELSON, W., OTT, W. et al. The National Human Activity Pattern Survey (NHAPS): a resource for asse sing exposure to environmental pollutants. J Expo Sci Environ Epidemiol 11, 231–252 (2001) 2 IEA, Global energy use and energy-related CO 2 emissions by sector, 2020, IEA, Paris https://www.iea.org/data-and-statistics/charts/global-energy-use-and-energy-related-CO 2 -emissions-by-sector-2020 3 ABB ELSB red line strategy 2021 4 EC. (2020). A renovation wave of Europe, Greening our buildings, creating jobs, improving lives. European Commission (EC) 5 IEA, Net Zero by 2050, May 2021
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— Mission To Zero Approach Definition & Objectives
Megatrends
about 6 billion people will be living in cities, compared to 4 billion in 2018. In 19 years
2050
will see wind and solar technology provide almost 50% of global electricity.
125 billion
75% of data will be processed outside of the originating core, compared to 10% in 2018. By 2022
connected devices worldwide in 2030, compared to 46 billion in 2021.
30%
of the world’s population is projected to be urban by 2050. 68%
of the share of electricity in the energy mix in 2040, compared to 23% in 2018.
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— Mission To Zero Approach Definition & Objectives
Energy investment by Region
Market Opportunities
Energy efficiency spending on buildings rose by more than 15% in 2021, but is set tostabilise in 2022 as the continuation of stimulus packages remains uncertain...
Investment spending on energy efficiency and electrification by region in the building sector, 2015-2022E
300
Other
China
250
United States
200
Europe
150
100
50
IEA. All rights reserved.
2015
2016
2017
2018
2019
2020
2021
2022E
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— Mission To Zero Approach Definition & Objectives
Market Opportunities
Energy & Sustainability are the main triggers for investing in renewables & building automation 6
Why will you invest in building tech? Existing buildings; N=44 respondents Why will you invest in building tech? Existing buildings; N=44 respondents
What category will you invest in? Existing buildings; N=63 respondents
What barriers prevent you investing? N=100 respondents
What barriers prevent you investing? N=100 respondents
What category will you invest in? Existing buildings; N=63 respondents
Energy & Sustainability
Renewables
73%
75%
21%
2%
Unproven ROI
47%
Replacing old assets
66%
Building Automation
67%
25%
3%
New regulation
59%
Interoperability
41%
Security
63%
29%
5%
Public incentives
55%
HVAC
56%
40%
3%
Safety & security
52%
Cybersecurity
41%
Lighting
44%
43%
10%
Reduce OPEX
52%
Fire
41%
56%
2%
Existing tenants' requests
48%
Proven use cases
37%
Low voltage
40%
49%
8%
New tenants' requests
39%
Novel use cases
39%
Elevators
16%
65%
14%
Expertise gap
29%
Asset price inflation
32%
Increase Stay flat Decrease Don't know
Energy & Sustainability = Investing in energy efficient / low carbon footprint / sustainable solutions 6 Adapted from McKinsey; The future of building technologies; July 2020; McKinsey survey, July 2020; expert interviews
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— Mission To Zero Approach M2Z stakeholders and needs
— Health & Comfort
— Enviromental Footprint
Customer needs
Energy efficiency Better manage resources on the demand side, decreasing consumption of utilities such as electricity, gas and water. Sustainability Increase the share of renewables, either with onsite generation or through clean energy grid integration.
Safety & security Provide a healthy working and living environment, which predicts and avoids the occurrence of threatening situations. Tenant retention & attraction Create comfortable working and living conditions which are straightforward and adapted to the needs of occupiers.
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— Mission To Zero Approach M2Z stakeholders and needs
Customer needs
— Life cycle cost and value
— Future Proof Assets
Public incentives Leverage existing and emerging financing schemes to facilitate investment in high quality, high efficiency technology. Reduced OPEX Benefit from efficiency gains by having clear visibility and taking measures to reduce utility and maintenance staff expenses. Price inflation Counteract cost increase related to future expenses by planning and prioritizing investments based on ROI and market conditions.
New regulations Insure compliance with evolving global, regional and local laws that regulate energy performance in buildings and define carbon reduction targets. Novel use cases Increase competitive advantage and efficiency gains with insights from multiple data sources enabled by digitalisation of building systems. Component upgrade & replacement Avoid premature equipment failure and adopt a proactive, data driven maintenance strategy.
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— Mission To Zero Approach Mission-to-Zero for Buildings
Energy Stages and ABB Offering
Energy Collection From Grid
Energy Distribution & Protection
Energy Consuption
Energy Management
On-Site Energy Generation
Energy Storage
Energy Recycling & Optimization
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— Mission To Zero Approach Mission to Zero ™ for Buildings
Mission to Zero Methodology
ABB & System integrator or Channel partner will on-board customer & define KPI’s for submitted proposal/s
4 5 On-boarding
Master System integrator will submit 1-n Proposal based on site survey/audit & customer Mission to Z ero goals
Proposal
6 7
Design
Master System Integrator will design system based on submitted proposal and customer agreement
ABB, Master System Integrator & Customer alignment on Mission to Z ero program based on customer goals & ABB go-to market strategy
3
1 2 Engagement Audit
Prioritization
Purchase
Customer engagement for Mission to Z ero via ABB Marketing campaign, system integrator & Channel partner
Site survey & audit will be done by Channel partner or Master SystemIntegrator or independent energy auditor
Master System integrator will sign purchase agreement with customer and ABB. Product procurement & logistic process will be initiated by ABB
9
Customer & System integrator analyze the results of implementation to ensure KPI’s are achieved and move to next item on prioritization list
8
Analysis
Implementation
Master System Integrator will install and commission site to achieve goals defined by customer during on-boarding process
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— Mission To Zero Approach Building performance
The 7 building performance exists to ensure that the solutions implemented in a building are holistic and meet the fundamental needs of the stakeholders involved. In other words, this is a people & planet first approach, and the careful selection of ABB construction technology serves the purpose of enabling performance to meet our common goals.
— Sustainability
— Cost transparency
— Efficiency
— Flexibility
— Connectivity
— Well-being
— Productivity
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— Mission To Zero Approach Building performance
— Flexibility
— Sustainability
• Modular, scalable and easily reconfigurable spaces to reflect evolving needs. • Interoperability of different building components. • Streamlined and integrated configuration of power, controls and energy systems.
• Conservation of resources from design to operation to limit environmental impact and reduce carbon footprint. • Circularity embedded in solutions and product design. • Integration of renewable sources to drive down emissions.
— Well-being
— Cost transparency
• Indoor environmental quality to remain safe, comfortable, and healthy. • Optimized natural and mechanical ventilation. • Human centric lighting aligned with circadian rythym • Improved acoustics with low sound-emitting technology.
• Clear visibility of total ownership costs during the whole building lifecycle for effective investment strategy. • Optimization of energy generation, storage, distribution management. • Predictive maintenance and self diagnosis capabilities.
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— Mission To Zero Approach Building performance
— Productivity
— Connectivity
Day Light • Conditions that foster mental and physical ability to perform dedicated tasks. • Daylight harvesting and enhanced, task-based, lighting control. • Personal thermal comfort adapted for specified working environment.
Components and platforms that exchange secured information locally and externally.
Open-source platform to enable advanced analytics.
Centralized collection, visualization and reporting of data for benchmarking.
— Efficiency
• Achievement of business objectives whilst using the least possible amount of resources. • High performance technology to reduce HVAC energy consumption. • Integrated energy management systems enabling forecasting and resource use optimization.
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— Solution Architecture
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— Mission to Zero Solution Approach
ENERGY COLLECTION AND STORAGE
ENERGY DISTRIBUTION AND PROTECTION
ENERGY ANALYSIS AND OPTIMIZATION
Building Applications • Power Distribution • Energy Management
Building Applications • Power Distribution • Energy Management • EV Charging
Building Applications • Power Distribution • Energy Management • HVAC Control • Lighting Control • EV Charging
Building Solution Approach
ENERGY EFFICIENCY
ENERGY RECYCLING
WATER CONSERVATION AND RECYCLING 3 rd parties Applications • Grey water recycling • Water leakage detection • Rainwater harvesting
Building Applications • HVAC Control
3 rd parties Applications • Geothermal Heat Pump • Heat Recovery Units • Solar Water Heater
• Lighting Control • Drives & Motors
Reduced Energy cost Optimize Energy waste
Environmental Product Declaration (EPD) ISO 50001 Certification LEED Certification BREEAM Certification
Financial Benefits Reduce emissions Carbon offset
Benefits
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— Reference Architecture Standard Architecture
Energy Optimization • ABB Ability™ OPTIMAX® SiteEMS • ABB Ability ™ OPTIMAX® SmartCharging
DIGITAL PLATFORM
Energy Analysis • ABB Ability™ Energy Manager • ABB Ability™ Energy Manager Multisite • ABB Active Energy
ABB OFFERING
3° PARTY APPS • Specialized Apps (Subscription) • Open APIs
ABB Ability™
INTEGRATION OFFERING
Communication interface GSM/4G/5G or existing n/w
APPLICATION INTERFACE
IP Network
LOCAL SUPERVISION
1° PARTY SUPERVISION SYSTEM • ABB Local Supervisor BMS (HVAC, drives, motors) + Room Control + Lighting Control + Energy management
Industrial Edge Gateway
Energy Management Gateway
Matrix / Nexus IT 800
Application Control
EQ Matic
CBXi /FLX
POWER DISTRIBUTION
HVAC CONTROL
LIGHTING CONTROL
DRIVES & MOTORS
ENERGY MANAGEMENT
ENERGY RECYCLING
EV CHARGING
• Air MV switchgear • MV circuit breaker • Relay Protection • LV Switchgear • Air Circuit breaker • LV Busway
• AC Wall box • DC Wall box • DC fast charger • DC high power charger
• Sub meter • Water meter • Gas meter • Metering Gateways
• AHU & FAHU • Chiller • Boiler • Fan Coil Unit
• ON/OFF Controller • DALI Dimmer • Direct Dimmer • Low Voltage Dimmer • Occupancy sensor • Timer • Brightness Sensor • Shades / Blinds / Curtain Controller • Passive infrared sensor
• Variable Speed Drive • Motor • Smoke extraction motor • Low Voltage Motor • IE5 Motors • EC Titanium Motors
• Geothermal Heat Pump • Bio Combined Heat and Power (CHP) Commercial Buildings • Geo Exchange
• VAV • VRV
• Motor control center • Motor protection and control • Uninterrupted power supply • Main Distribution board • Sub Distribution board • Skid Solutions • Compact Secondary Substation • Energy Storage Solutions- BESS • Automatic transfer switch
• Split Units • Heat Pump • Booster Pump • Circulation Pump • Fire Pump • Touch Screen • Thermostat • Temperature Sensor • Humidity Sensor • VOC Sensor • CO2 Sensor • Occupancy Sensor
WATER CONSERVATION AND RECYCLING
• Gray Water Recycling • Rainwater Harvesting • Water Leakage Detection
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— Reference Architecture Standard Architecture
Energy Optimization • ABB Ability™ OPTIMAX® SiteEMS • ABB Ability ™ OPTIMAX® SmartCharging
DIGITAL PLATFORM
Energy Analysis • ABB Ability™ Energy Manager • ABB Ability™ Energy Manager Multisite • ABB Active Energy
ABB OFFERING
3° PARTY APPS • Specialized Apps (Subscription) • Open APIs
ABB Ability™
INTEGRATION OFFERING
Communication interface GSM/4G/5G or existing n/w
APPLICATION INTERFACE
IP Network
LOCAL SUPERVISION
1° PARTY SUPERVISION SYSTEM • ABB Local Supervisor BMS (HVAC, drives, motors) + Room Control + Lighting Control + Energy management
Industrial Edge Gateway
Energy Management Gateway
Matrix / Nexus IT 800
Application Control
EQ Matic
CBXi /FLX
POWER DISTRIBUTION
HVAC CONTROL
LIGHTING CONTROL
DRIVES & MOTORS
ENERGY MANAGEMENT
ENERGY RECYCLING
EV CHARGING
EMAX 2 TMAXXT EKIP UP
GEOTHERMAL HEAT PUMPS
BIOMASS CHP
VAV, PTAC, FCU
AIR HANDLING UNITS
EQ METERS WATER
DC FAST DC CHARGER
VSD LOW VOLTAGE MOTORS
LIGHTING CONTROL PANEL
DALI GATEWAY
METERS*
RELIAGEAR® PANELBOARD
LV SUB DISTRIB.
ROOFTOP UNITS CONTROLS
CHILLERS
ELECTRICAL METER *
WATER CONSERVATION AND RECYCLING
PIR SENSOR
BLIND/SHUT- TER CONTROL
PUMPS CONTROLS
EV DISTRIBUTION BOARD
PUMPS
LV SWITCH GEAR
LV MCC SWITCH GEAR
UPS
M2M AND M4M METERS
FUSION AIR SENSOR
IE5 MOTORS
ULTRA LOW HARMONIC DRIVES
TIMERS LUX SENSOR
CSS SUBSTATION
MNS DIGITAL
RAINWATER HARVESTING
WATER TANK
CMS -660
PROTECTION REALYS
SKID UNIT
ELEVATOR
BATTERY ENERGY STORAGE
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— Mission to Zero General Power Distribution
General Power Distribution (MV and LV)
Solar
BESS
Onsite Wind Farm Genration
CHP Generation
Automatic transfer switching
Automatic transfer switching
LV Distribution
Main Distribution Board
UPS
Main Sub Distribution Board
UPS
Main Distribution Board
MCC
UPS
Sub Distribution Board
Fire Motors
Smoke detector Fire Pumps
Compressors
Chillers
Ventilation Fan
Lighting
Conventional Sockets
Conventional Sockets
Storage
Server
IT Equipments
V2Gcharger
EV AC charger
DC charger
Refrigeration system
Security system
Pumps
AC Load
Fire Alarm System
Emergency system
AHU
Video Monitoring
Emergency and Fire Alarm system
Heating ,Ventilation and Cooling Load
Conventional Building Load
IT and Building safety system
Commercial Parking
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— Mission to Zero General Power Distribution
General Power Distribution (LV distribution system)
From Utility
BESS (opt.)
Solar PV Installation
PV Modules
LV AC Combiner
Inverter
PV Modules
PV Modules
CHP
LV Distribution
Cogeneration
Main Distribution Board
UPS
Main Sub Distribution Board
UPS
Main Distribution Board
MCC
UPS
Sub Distribution Board
Fire Motors
Smoke detector Fire Pumps
Compressors
Chillers
Ventilation Fan
Lighting
Conventional Sockets
Conventional Sockets
Storage
Server
IT Equipments
V2G charger
EV AC charger
DC charger
Refrigeration system
Security system
Pumps
Fire Alarm System
Emergency system
AHU
AC Load
Video Monitoring
Emergency and Fire Alarm system
Heating ,Ventilation and Cooling Load
Conventional Building Load
IT and Building safety system
Commercial Parking
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— Energy Collection and Storage
Products and solutions offered by ABB to collect electrical energy from various sources, giving an overview on various energy storage solutions. These energy sources include but not limited to grid, solar, wind, geothermal etc.
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— Energy Collection and Storage Solar Energy Collection
Solar Energy Distribution < 1 MW
Electrical Load
Building Electrical Room
Low voltage motor
Electrical Load
Pumps Conventional Sockets
Inverter
LV Switchgear
LV AC Re combiner
Main Sub Distribution Board
EV AC Charger
Lighting
Electrical Enclosure
UPS
PV Panels
Inverter
String Inverter 1
Electrical Load
CSS
Building Electrical Room
String Inverter 2 String Inverter 3 String Inverter 4
LV /MV Step Up Transformer
LV /MV Step Up Transformer
Low voltage motor
Electrical Load
AC Combiner (Inverter combiner)
LV AC
MV
MV
LV
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— Energy Collection and Storage Solar Energy Collection
Electrical Load
Building Electrical Room
Low voltage motor
Electrical Load
Pumps Conventional Sockets
Solar Energy Distribution > 1 MW Inverter
LV Switchgear
LV AC Re combiner
Main Sub Distribution Board
EV AC Charger
Lighting
Electrical Enclosure
UPS
PV Panels
Inverter
String Inverter 1
Electrical Load
CSS
Building Electrical Room
String Inverter 2 String Inverter 3 String Inverter 4
LV /MV Step Up Transformer
LV /MV Step Up Transformer
Low voltage motor
Electrical Load
AC Combiner (Inverter combiner)
LV AC Recombiner
MV Switchgear
MV Switchgear
LV Switchgear
Electrical Enclosure
UPS
String Inverter 2 String Inverter 3 String Inverter 4
PV Panels
AC Combiner (Inverter combiner)
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— Energy Collection and Storage Solar Energy Collection
Solar PV System Digital Architecture
ABB Ability™ Energy Manager
Industrial Edge Gateway
Industrial Edge Gateway
MV Switchgear
Can be Connected to the Existing LV Bus Bar
AC recombiner
AC recombiner
N. 12
N. 12
N. 12
N. 12
Data Unifier 3 party device
DC Combiner Box
DC Combiner Box
D 3 p
To be replaced with the name of upcoming product
String inverters and Photovoltaic panels
String inverters and Photovoltaic panels
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— Energy Collection and Storage Solar Energy Collection
Solar PV System Digital Architecture
Industrial Edge Gateway
ABB Ability™ Energy Manager
Industrial Edge Gateway
ABB Ability™ Energy Manager
Canbe Connectedto the Existing LV Busbar
AC recombiner
N. 12
N. 12
N. 12
Data Unifier 3 party device
DC Combiner Box
Data Unifier 3 party device
To be replaced with the name of upcoming product
aic panels
String inverters and Photovoltaic panels
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— Energy Collection and Storage Solar Energy Collection
Solar PV System Digital Architecture
ABB Ability TM Industrial Edge Gateway
CLOUD
ON PREMISES
Internet Access
OPC/UA
ABB Ability™ Energy Manager
- ABB Ability™ ZENON - SCADA from 3rd parties
ModbusTCP/IP IEC 61850
Energy and Asset Manager
ModbusTCP/IP
Input wiring
Input wiring
Analog Input wiring
LV inverter and protection
LV main protections and measurments
MV sections & UPS
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— Energy Collection and Storage Energy Storage
— Battery Energy Storage Systems (BESS)
A Battery Energy Storage System (BESS), is the industry’s generic reference name for a collection of equipment that comprise a system to store energy in batteries and use the energy later when it is advantageous. A typical system is comprised of batteries, a battery management system, an inverter, switchgear, transformer, protection and a control system.
Often renewable energy sources are combined with a BESS to store the renewable energy during peak production time and then the energy is used when it is needed.
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— Energy Collection and Storage Energy Storage
BESS Connectivity with MV and LV switchgear
eStorage Flex
BESS
HMI Local Monitoring
eStorage OS
Auxiliaries - A/C - Fire detection and suppression
MV Switchgear
AC SWG Protection
Transformer Coupling
PCS Set-points
DC SWG Protection
Batteries BMS
MV/LV Transformer
eStorage Flex
BESS
HMI Local Monitoring
eStorage OS
Auxiliaries - A/C - Fire detection and suppression
LV Switchgear
Transformer Coupling
PCS Set-points
DC SWG Protection
Batteries BMS
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— Energy Collection and Storage Energy Storage
Digital Architecture
On-premise energy management system with integrated HMI and smart algorithm for optimal performance
eStorage Flex
eStorage OS
AC panel
ZEE600
GPS Time server
DC panel
AC500 EAU eStorage controller
Fire suppression system
Energy Meter
PCS100 ESS
BMS (Battery Management system)
HVAC
MNS (Emax2)
SafeRing (REF615+RIO600)
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— Energy Collection and Storage Proposed architecture
BESS
MV SWG
AC
LV SWG
Solar PV System
Distribution transformers
400V AC main distribution
400V AC secondary distribution
AC/DC chargers with depot boxes
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— Energy Distribution and Protection
Products and solutions ABB can offer to distribute and consume electrical energy safely and efficiently within the build environment.
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— Energy Distribution and Protection Electric Power Distribution & Protection
Measurements point
Safety Systems
Cooling
General Critical Loads
Emergency Lighting
Lighting
Server Room
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— Energy Distribution and Protection Electric Power Distribution & Protection
Digital Offering
Normal Supply
Emergency Supply
Renewables
ABB Edge industrial Gateway
XT2 Ekip Touch Measuring
XT2 Ekip Touch Measuring
XT4 Ekip Hi-Touch MCCB
XT2 Ekip Touch Measuring
PowerScale or Powerwave 33 S3 UPS
TruOne
PowerScale or Powerwave 33 S3 UPS
DPA 250 S4
OT Switch disconnector
OT Switch disconnector
XT2 Ekip Touch Measuring
OT Switch disconnector
Supporting communication protocols
MCB
MCB
MCB
MCB
Fieldbus networks Modbus RTU
Ethernet networks Modbus TCP
Safety Systems
Cooling
General Critical Loads
Emergency Lighting
Lighting
Server Room
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— Energy Distribution and Protection Electrical Distribution system
Digital Solution of Electrical Distribution system - Europe /EMEA
Digitally Enabled: Devices which have connectivity over a fieldbus (built-in communication). Digital Core: Devices which can be connected to ABB Ability Energy and Asset Manager using Ekip Com Hub or Edge Industrial Gateway
Local Network
Local View
Cloud View
Cloud Platform
ABB Ability™ Edge industrial Gateway
UniGear primary and Secondary switchgear
UniGear MCC
MNS LV Switchgear
TwinLine
System pro E power
System pro E Energy
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— Energy Distribution and Protection Electrical Distribution system
Digital Solution of Electrical Distribution system - North America
Digitally Enabled: Devices which have connectivity over a fieldbus (built-in communication). Digital Core: Devices which can be connected to ABB Ability Energy and Asset Manager using Ekip Com Hub or Edge Industrial Gateway
Local Network
Local View
Cloud View
Cloud Platform
ABB Ability™ Edge Industrial Gateway
ReliaGear™ RD Lighting Panel UL 67
ReliaGear™ ND MV
ReliaGear™ LV SG UL 1558
ReliaGear™ LV SB UL 891
ReliaGear™ LV MCC UL 845
ReliaGear™ neXT Power Panel UL 67
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— Energy Distribution and Protection Electrical Distribution system Digital Connectivity Medium Voltage
ABB Ability ™ Edge Industrial Gateway provides local view and cloud connection
Local Network
Local View
Cloud View
Cloud Platform
ABB Ability™ Edge Industrial Gateway
Modbus RS-485
Modbus TCP
Digital Unit Ekip UP
Arc Flash Active Protection TVOC-2
Grid feeding monitoring relays CM-UFD
Multi channel meter CMS700
Network analyzer M4M
Air circuit breaker SACE Emax 2 SACE New Emax
UPS and power conditioning PCS*, DPA*, PDU*
Condition monitoring SWICOM*
water
Modbus/ RS-4
gas
Switch disconnector fuses SlimLine XR Gold
Molded case circuit breaker Tmax XT Tmax T
Energy Meters
Energy management Pro M Insite
Air circuit breaker SACE New Emax
Protection relay Relion series*
temp
Energy analyzer EQmatic
Low-voltage distribution enclosures, switchgear and motor control
Medium-voltage switchgear and motor control
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— Energy Efficiency
Products and solutions ABB can offer to support the increasing of the energy efficiency, reducing operational cost and carbon footprint for both new and retrofit buildings.
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— Energy Efficiency HVAC Control / Motor Protection and Control / ABB Motor
General Architecture Building Automation + Motors and Motor Protection and controls
Applied ABB technology
ABB Ability Cloud
ABB Active Energy
Power Distribution – Motor Protection and Control
HVAC Control
Motors & Drives
BMS Workstation
MATRIX /NEXUS
Energy Management
Modbus/BACnet MSTP ( To BMS)
From Panel
From Panel
VSD
Motor Protection & control using Softstarter
Softstarter
Motor Protection & control using DOL
Motor Protection & control using Softstarter
IE5 Motors
IE5 Motors
IE5 Motors
Solution – Motor with DOL starter
Solution – Motor with Soft starter
Solution – Motor with VSD starter
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— Energy Efficiency HVAC Control / ABB Motor
Air Handling Units (AHU)
ROOM 1
ROOM 2
ROOM 3
ROOM 4
Return fan
Exhaust air
Recirculation
Damper
Outside air
1 - 10 VDC
BACnet mstp /Modbus
ABB Cylon CBX Controller
Filter Heating Cooling
Supply fan
Line
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— Energy Efficiency HVAC Control / Motor Protection and control / ABB Motors
Motor Starting and Protection
3 phse system, 400V, 50Hz
Applied ABB technology
MMS for transformer protection
MMS MS...
Protection fuse
Switch Disconnector
OS switch fuse unit
Tmax XT Ekip M Touch LRIU
Power Distribution – Motor Protection and Control
Voltage monitoring relay
Control transformer
Optional AF contactors
VFD ACH580
OT Bypass Switch
HVAC Control
ABB Cylon Controller
AF contactors
PSTX sofstarter
Motors & Drives
Interface relay
Emergency stop
Fan ON Status
Fan OFF Status
Energy Management
Hand/Auto control
Enclosed safety switch
Enclosed safety switch
Enclosed safety switch
Switch ON Push button
Motor and Pump Starting Exact Solution Depend on various factors Like Motor rated Voltage , Motor Rated Current , Maximum Operating Current and Starting Torque of the pump. The Above Show the possibilities but not the exact solution for any motor
Switch OFF Push button
Fan Motor
Fan Motor
Fan Motor
Power circuit Control circuit
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— Energy Efficiency HVAC Control / Motor Protection and control / ABB Motors
Motor Starting and Protection
ASPECT
ABB Cylon Controller CBXI/FLX
OS switch fuse unit
Tmax XT5 Ekip M Touch LRIU
AF contactors
Ekip CI module
AF contactors
VFD ACH580
AF contactors
Interface to the contactor
PSTX softstarter
Fan Motor
Fan Motor
Fan Motor
Motor and Pump Starting exact solution depend on various factors like Motor Rated Voltage, Motor Rate Current, Maximum Operating Current and Starting Torque of the pump. The above diagram show the possibilities but not the exact solution for any motor
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— Energy Efficiency HVAC & Lighting Control
HVAC & Lighting Control
ABB Ability ™ Cloud
Applied ABB technology
ASPECT BMS Workstation
ABB Active Energy
Power Distribution – Motor Protection and Control
HVAC Control
Network Switch
Lighting Control
Energy Management
Power Supply
KNX+BACnet Gateway
CBXI Controller
FLX Module
Shade Controller
KNX+DALI Gateway
KNX Switch Actuator
Electrical Meter
00001
Water Meter
AHU VSD
T-State
FCU
Shade
Presence Detector
Lighting
Switch
Lighting
VAV Box
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— Energy Analysis and Optimization
Modular and scalable energy management solutions & applications offered by ABB that can be customized to suit different needs to collect, monitor and store energy data from multiple building systems and services. Advanced visualization of energy management applications enable customers to identify opportunities to improve energy consumption for the buildings.
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— Energy Analysis and Optimization Energy Management
Standard Architecture
Management Layer
There are various Energy Management Gateway and Depend on the project and client requirement particular unit to be selected Onsite supervision is optional feature and not supported by all energy man - agement gateways In some scenario EMS can take the data from BMS and Electrical power monitoring system .
1
Optimization • ABB Ability™ OPTIMAX® SiteEMS • ABB Ability™ OPTIMAX® SmartCharging
Analyze • ABB Ability™ Energy Manager • ABB Ability™ Energy Manager Multisite • ABB Active Energy
2
ABB Ability™
3
Edge Layer
BMS / Electrical Power Monitoring System *3
Onsite EMS Supervision System *2
Energy Management Gateway*1
Field Layer
Combined Heat and Power
Sub Metering
Heat Pumps
Power Distribution system
Solar
Energy storage
EV Charging
HVAC
Grid connection
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— Energy Analysis and Optimization Energy Monitoring Sub Metering and Branch Circuit monitoring
Sub-metering and branch monitoring
ABB Ability™ Cloud
CMS bus RJ45 Ethernet cable Digital Inputs Modbus InSite - Bus
Firewall
On Premises EMS
Router
Web Server
Web Server
Ethernet Switch
Ethernet Switch
CMS-700 + Open CTs on MCBs
EQmatic
Control Unit SCU100
Digital Modules DM
Digital Modules DM
EQ meter
M4M Power Meter
Auxiliary Contacts
2 pt
Water
Gas
EQ meter
Gas
Contactors
M4M Power Meter
EQ meter
Water
Water
Existing MCB
Existing MCB
Gas
Gas
Water
Room 1
Room 2
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— Energy Analysis and Optimization Energy Monitoring HVAC
Energy Monitoring HVAC System
ABB Active Energy
ASPECT ®
eXplore
Site IP Network
CBXi
CBXi
FBXI Series
Modbus RTU
Variable Speed Drive
AHU Energy Meter
Chiller Energy Meter
Elevator Energy Meter
CBX-8R8
Energy Meter
Flow Meter
Modbus RTU
Energy Meter
Flow Meter
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— Energy Analysis and Optimization Energy Monitoring EV infrastracture
Energy Monitoring of EV Chargers
Internet
LAN
MCB
43 kW (63A; 400V)
EV
Data line - Modbus RTU
F204A-40A; 0,03
ABB Smart Energy Meter
MCB
Power line
S203-C25
MCB
B23 111-100
MCB
11 kW
11 kW
Note: For a Wall Box which is equipped with a DC fault detection (like ABB‘s Terra AC) a RCDS Type A is sufficient. Otherwise, a B-Type RCD in mandatory.
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— Energy Analysis and Optimization Electrical Distribution System Energy Monitoring ABB Ability Energy Manager
ABB Ability ™ Energy Manager
ABB Ability™ Energy Manager
Digital Platform
Local Supervision (BMS)
Modbus TCP
Ekip Up
Ekip E-Hub
Ekip Up
Ekip E-Hub
water gas temp
water gas temp
Modbus RS-485
Modbus TCP
Modbus RS-485
Modbus TCP
water
Modbus/RS-4
gas
temp
Energy analyzer EQmatic
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— Water Conservation and Recycling
ABB solutions for various techniques used to collect, treat and reuse water from built environment combined with data collection of water consumption from different sources.
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— Water Conservation and Recycling
Architecture for Rainwater Harvesting
Potable Drinking Water
Washing
Water heater
Rainwater for potable use
Water Filtration Process
Water Pump
Water Tank
Rain water
Rainwater for non-potable use
Irrigation
Utility Waste water Connection
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— Water Conservation and Recycling
Architecture for Integration of Water Solutions
ABB Ability™ Cloud
Applied ABB technology
ABB Active Energy
Power Distribution – Motor Protection and Control
HVAC Control
ASPECT BMS Workstation
Motors & Drives
Edge Gateway
Network Switch
Energy Management
CBXI Controller
Motor Control
Motor Control
Motor Starting Solution (DOL)
Motor Starting Solution (VSD)
00001
Pumps
Pumps
Level Sensor
Pumps
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— Water Conservation and Recycling
Architecture of Pump Control
Cloud Platform
BMS
ABB Cylon Controller
ABB Ability™ energy manager
Switch
Tmax XT5 Ekip M Touch LRIU
ITS2 Intelligent monitoring unit
Disconnect switch
From control transformer
Ekip Cartridge Ekip Supply Ekip CI Ekip Com Ekip 3K Signalling
Motor rating from 7.5 hp to 800 hp at 480 V AC
AF contactors
Interface to the contactor
Enclosed safety switch
Fan ON Status
Fan OFF Status
ABB Ability ™ EAM
Modbus TCP
Power circuit
Controlcircuit
ABB LV Motor for Pump
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— Energy Recycling
Techniques and associated ABB solutions to recover energy that would normally be wasted via discharge or exhaust. ABB solutions help converting this unutilized energy into electricity or thermal energy which significantly increases efficiency, there by reducing energy costs and greenhouse gas emissions.
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— Energy Recycling
Heat Pump Architecture
ABB Ability ™ Cloud
Applied ABB technology
ABB Active Energy
Power Distribution – Motor Protection and Control
ASPECT ® BMS Workstation
HVAC Control
Motors & Drives
Edge Gateway
Network Switch
Energy Management
Heat from Refrigeration system
ABB Cylon Controller
Heating system
Modus/BACnet
Pump
Heat from Cooling System
Hot Water Domestic Pupose
Chiller AHU
Geothermal Heat Pump
Hot Water Tank
Heat from CHP Plant
Energy to the Ground
Energy from the Ground
CHP
Ground source heat storage has been used to store the heat seasonally for usage in the winter period
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— Building Application Offering
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— Power Distribution
A reliable and energy efficient electrical distribution is needed to keep a building powered, so that computers, lights, heat, and more keep the business running smoothly. ABB offers a wide range of electrical distribution devices to protect a building from overloads, short circuits, ground or arc faults as well as meters to monitor the electricity consumption.
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— Power Distribution Solar PV Plants
01. Combiner box components
DC Combiner Box – string box DC Combining and String Protection • Addressing residential, Commercial and Utility scale installations • For 1000V and 1500VDC systems • Options with Monitoring • Multi-output versions based on inverter
Main switch disconnector
Monitoring
Surge Protection Device
1
String Overcurrent
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— Power Distribution Solar PV Plants
1.
DC side isolation control and protection up to 1500V DC
1
Air Circuit Breakers
Molded Case Circuit Breakers
Switch Disconnectors
2
Contactors and Relays
Surge Protective Devices
3
2.
AC side protection, isolation, control and metering up to 1000V AC
Air Circuit Breakers
Molded Case Circuit Breakers
Contactors
Network Analyzers and Multimeters
Surge Protective Devices
3.
Auxiliary circuits supply and controls
Electronic relays and controls
Contactors
Pilot devices
Miniature Circuit Breakers
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— Power Distribution AC Power Collection
1.
2.
Complete solution
MV power collection
Ecoflex
Unipack CSS
SafeRing
SafePlus
Unisec
Unipack-G
3.
Energy and Asset Remote Monitoring
ABB Ability ™ Energy Manager
ABB Ability ™ Asset Manager
1
3
4.
String Inverter protection
Fuse Switch Disconnector
Molded Case Circuit Breakers
5
7
6
2
4
5.
LV Main isolation and protection
Air Circuit Breakers
Molded Case Circuit Breakers
Ekip UP
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— Power Distribution AC Power Collection
6.
AC surge protection and auxiliary
Surge Protective Device
Miniature Circuit Breakers
Energy Meters
Network Analyzers and Multimeters
UPS
1
7.
Grid feeding and MV protection
3
Grid feeding monitoring relays
Ekip UP
5
7
6
MV Relays
2
4
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— Power Distribution Energy Storage
Energy Storage Solutions (ESS)
Bridging the gap between decarbonization and electrification ABB’s fully digitalized energy storage portfolio raises the efficiency of the grid at every level with factory-built, pre-tested solutions that achieve extensive quality control for the highest level of safety. ABB’s solutions can be deployed straight to the customer site, leading to faster installation, shorter project execution time, and higher savings for customers.
ABB's energy storage solutions raise the efficiency of the grid at every level by:
• Providing smooth grid integration of renewable energy by reducing variability • Storing renewable generation peaks for use during demand peaks • Flattening demand peaks, thereby reducing stress on grid equipment • Providing infrastructure support as loads increase with electric vehicle use • Decreasing or eliminating the power fees related to short time peak loads • Maintaining generation and demand balance
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— Power Distribution Energy Storage
Energy Storage Solutions (ESS)
A Battery Energy Storage System (BESS), is the industry’s generic reference name for a collection of equipment that comprise a system to store energy in batteries and use the energy later when it is advantageous.
A typical system is comprised of batteries, a battery management system, an inverter, switchgear, transformer, protection and a control system.
Often renewable energy sources are combined with a BESS to store the renewable energy during peak production time and then the energy is used when it is needed.
ABB’s ESS product line is based on the eStorage product portfolio, which is comprised of eStorage Flex, eStorage Max and eStorage OS.
eStorage Flex Productized and scalable energy storage supplied as a fully integrated solution
eStorage Max Productized and scalable energy storage supplied as skidded grid connection equipment and fully integrated batteries
eStorage OS Standard or highly customizable Energy Management System
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— Power Distribution Energy Distribution MV & LV Switchgear
1.
Primary Distribution Gas Insulated
3.
Primary Distribution Air Insulated Switchgear (GIS)
ZX series
UniGear series
SafeGear series
Reliagear series
Advance series
2.
Secondary Distribution Gas Insulated
4.
Secondary Distribution Air Insulated Switchgear (GIS)
UniSec
UniSec Digital
SafeRing
SafePlus
5.
Medium Voltage Motor Control Center
SafeGear MCC
LimitAmp
UniGear MCC
UniGear ZVC MCC
6.
Low Voltage Switchgear
MNS Platform
NeoGear
Reliagear
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— Power Distribution Energy Distribution MV & LV Switchgear
ABB Ability™ Condition Monitoring for Electrical Systems (CMES)
Monitor the condition of ABB's low voltage switchgear and motor control center MNS and NeoGear and it connected to load such as motors .It records and analyzes past and current events to prevent, predict conditions and monitor and manage energy consumption - anytime from anywhere, with ABB Ability™ Condition Moni- toring for electrical systems (CMES). ABB Ability™ CMES is the innovative on premise-based monitoring platform that enables switchgear operators and plant maintenance managers to monitor and manage electrical distribution systems and motor control centers via smartphone, tablet, or computer in real time to optimizes maintenance and operational costs and energy consumption. Installed as integral part of the switchgear assembly at the time of manufacturing the solution monitors the complete lifetime of a switchgear from FAT in the manufacturers’ assembly location, through commissioning including start-up phase and operational life.
Cloud connectivity options complete the solution offering. Thus, the condition monitoring solution enables predictive capabilities that reduces downtime needed for maintenance and enables users to reduce operational costs.
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