Abb Ltd. · SIX:ABBN
Abb — Investor Presentation (October 2020)
34 slides from Abb's investor presentation, Oct 16, 2020
Slide 1: Digital medium-voltage switchgear
DOC ID: 9AKK107045A9180 — DISTRIBUTION SOLUTIONS Digital medium-voltage switchgear Benefits, offering and references
Slide 2: Contents
— Contents Digital switchgear for medium-voltage applications Digital switchgear definition Benefits of digital switchgear Digital switchgear offering References IEC 61850 › 0 1 10 10 1 0 0 1 10 10 1 0 October 16, 2020 Slide 2
Slide 3: Digital medium-voltage switchgear: Definition
— Digital medium-voltage switchgear Definition
Slide 4: Digital switchgear: What is it?
— Digital switchgear What is it? Definition As a part of the ABB Ability™ portfolio of connected solutions, and based on ABB’s proven switchgear technologies, a digital switchgear enables smart electrical networks that deliver power reliably and efficiently. Digital switchgear combines the latest di
Slide 5: Benefits of digital switchgear
— Benefits of digital switchgear
Slide 6: Benefits of digital medium-voltage switchgear: Overview
— Benefits of digital medium-voltage switchgear Overview Main benefits Increased safety Energy-efficient and climate-friendly Increased flexibility Reduced footprint: 10% less space needed Optimized weight: up to 15% weight reduction Faster delivery time: up to 30% faster delivery Faster installatio
Slide 7: Benefits: Increased safety
— Benefits of digital medium-voltage switchgear Increased safety Safer switchgear operation Sensor technology for current and voltage measurement ensures a safer working environment for personnel When testing current and voltage signal secondary circuits, personnel is not exposed to high-voltage Sen
Slide 8: Benefits: Energy-efficient and climate-friendly
— Benefits of digital medium-voltage switchgear Energy-efficient and climate-friendly Reduced environmental impact Energy loss is minimized with the use of sensors Reduced resource consumption in manufacturing During 30 years of operation, 14 panels of digital switchgear (incl. 42 sensors, 1250 A) L
Slide 9: Benefits: Increased flexibility
— Benefits of digital medium-voltage switchgear Increased flexibility Adapt easily when requirements change You can adapt the switchgear as the requirements in your network change, e.g. feeder current Digital switchgear can be adapted even at the final stage of the manufacturing process Changes can
Slide 10: Benefits: Reduced footprint
— Benefits of digital medium-voltage switchgear Reduced footprint Reduced space requirement Up to 10% reduced switchgear footprint Minimized switchgear footprint as generally the busbar metering cubicle(s) can be omitted, because voltage sensors are more compact and fit to be placed in another panel
Slide 11: Benefits: Optimized weight
— Benefits of digital medium-voltage switchgear Optimized weight Reduced switchgear weight Lowered impact on site Metering cubicle is not needed Sensors are small and weigh less than current instrument transformers (CT) and voltage transformers (VT) CTs and VTs weigh 18-27 kg and sensors only 0.5-2
Slide 12: Benefits: Faster delivery time
— Benefits of digital medium-voltage switchgear Faster delivery time 30% faster delivery Shorter time from ordering to operation Digital switchgear can be delivered faster thanks to • One size fits all with sensor technology and is faster than engineering CT/VTs • Range is wider and the same sensor
Slide 13: Benefits: Faster installation and commissioning
— Benefits of digital medium-voltage switchgear Faster installation and commissioning Reduced time spent on installation and commissioning Reduced time spent on installation and commissioning activities on site, thanks to: Fewer panels to be installed Less inter-panel cabling Fewer components to tes
Slide 14: Benefits: Increased switchgear reliability
— Benefits of digital medium-voltage switchgear Increased switchgear reliability Increased reliability Digital switchgear is based on ABB’s well-known and established Digital switchgear switchgear hardware platforms, but uses sensors With sensors less human interaction is required, which leads to de
Slide 15: Benefits: Increased system reliability
— Benefits of digital medium-voltage switchgear Increased system reliability Benefits of IEC 61850 communication Fast and reliable communication with IEC 61850, the global standard for communication in substations In conventional switchgear, a complex scheme requires large amounts of wires to be con
Slide 16: Instrument transformers versus sensor technology
— Digital switchgear Instrument transfomers versus sensor technology
Slide 17: Conventional versus digital switchgear
— Conventional versus digital switchgear Sensors require less space Conventional UniGear with UniGear Digital with sensors instrument transformers 1. Relion® protection relay 1. Current transformer with IEC 61850 2. Voltage transformer 2. Current sensor 3. Voltage sensor October 16, 2020 Slide 17
Slide 18: Digital switchgear offering
— Digital switchgear offering
Slide 19: ABB offering: AIS for primary distribution, UniGear Digital
— ABB offering for digital medium-voltage switchgear Air-insulated switchgear (AIS) for primary power distribution UniGear Digital UniGear product family Covering ratings up to 24 kV; 63 kA; 4 000 A and up to 31.5kA 36 kV; 31.5 kA; 2 500 A UniGear ZS2 / 2500A Widest coverage of technical requirement
Slide 20: ABB offering: UniGear Digital
— ABB offering for digital medium-voltage switchgear Air-insulated switchgear (AIS) for primary power distribution UniGear Digital Same design platform as conventional UniGear panels Same robustness, safety and level of experience as conventional UniGear Simplified arrangement for current and voltag
Slide 21: ABB offering: GIS for primary distribution
— ABB offering for digital medium-voltage switchgear Gas-insulated switchgear (GIS) for primary power distribution ZX0 ZX0.2 ZX1.2 ZX2 − Up to 24kV, 1250A, 25kA Up to 36kV, 2500A, 31.5kA − Up to 40.5kV, 2500A, 31.5kA Up to 40.5kV, 3150A, 40kA in − Not available in digital With solid insulated busbar
Slide 22: ABB offering: ZX Digital
— ABB offering for digital medium-voltage switchgear Gas-insulated switchgear (GIS) for primary power distribution ZX Digital Same design platform as conventional ZX panels offering the same 1 robustness, safety and user experience: Suitable for applications up to 36 kV 2 Continuously self-supervise
Slide 23: ABB offering: UniSec Digital
— ABB offering for digital medium-voltage switchgear Air-insulated switchgear (AIS) for secondary power distribution UniSec Digital Same design platform as conventional UniSec panels offering the same robustness, safety and user experience 1 Suitable for applications up to 24kV 5 UniSec Digital is a
Slide 24: ABB offering: SafePlus Digital
— ABB offering for digital medium-voltage switchgear Gas-insulated switchgear (GIS) for secondary power distribution SafePlus Digital REC615 Controller RIO600 Remote I/O A flexible digital solution based on proven components ABB Relion® REC615 monitoring and control relay • Controller and advanced p
Slide 25: References
— References
Slide 26: UniGear Digital references worldwide
— Digital medium-voltage switchgear UniGear Digital references worldwide By 2019, we have delivered about 10.500 digital UniGear panels containing sensor technology and protection solution, as well monitoring and diagnostic solutions October 16, 2020 Slide 26
Slide 27: UniGear Digital to Telia's next generation data center
— UniGear Digital to Telia’s next generation data center Case: Telia data center, Finland The importance of reliable power distribution within the data Customer challenge center environment to ensure service stability and uptime. Needed a scalable solution as requirements change. Customer also has a
Slide 28: UniGear Digital to Helsinki's smart city district
— UniGear Digital to Helsinki’s smart city district Case: Helen Electricity Network, Finland In city networks it is crucial that faults are located quickly and accurately to avoid costly power outages. In a smart city, the Customer challenge importance of electricity is further amplified and constan
Slide 29: UniGear Digital to Siberian Coal Energy Company
— UniGear Digital to Siberian Coal Energy Company Case: Vanino bulk terminal, Russia A secure and reliable power distribution solution to ensure minimized maintenance needs and downtime. A flexible and compact switchgear installation, which would allow them to Customer challenge make fast load chang
Slide 30: UniGear Digital to a petrochemical plant
— UniGear Digital to a petrochemical plant Case: Sasol, South Africa Ensured plant and process continuity when complete substations needed to be replaced within a limited time Customer challenge frame. An alternative substation solution to ensure personnel safety and avoid damage to equipment. Flexi
Slide 31: UniSec Digital to Switzerland's largest data center
— UniSec Digital to Switzerland’s largest data center Case: Safe Host 2, Switzerland A flexible and energy-efficient medium-voltage solution to ensure continued operation at the data center. The solution was also to meet the stringent requirements set for safety and internal arc Customer challenge p
Slide 32: ZX Digital to a green substation
— ZX Digital to a green substation Case: SÜC Coburg, Germany For renewal of their Schweighof substation, SÜC Coburg was looking for a solution meeting the requirements of increased flexibility and safety during commissioning and operation, as well Customer challenge as a lower energy consumption. ZX
Slide 33: SafePlus and REX640 to German utility
— SafePlus and REX640 to German utility Case: Stadtwerke Münster, Germany A compact switchgear for secondary distribution applications, with two deviations was needed. It had to be based on circuit breakers, and distance protection was a requirement. Customer challenge Equipping ABB’s compact SafePl
Slide 34: AL GD ED
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