PQdynaC High speed, flexibility and modularity

Transcription

1 ULTRA-FAST STEPLESS REACTIVE POWER COMPENSATOR PQdynaC High speed, flexibility and modularity s.a. ABB n.v. Power Quality Products Allée Centrale 10 Z.I. Jumet B-6040 Charleroi (Jumet) Belgium Phone: +32(0) Fax: +32(0) new.abb.com/high-voltage/capacitors/lv We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document. We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilization of its contents in whole or in parts is forbidden without prior written consent of ABB. Copyright 2019 ABB. All rights reserved. Specifications subject to change without notice. 9AKK107046A REV C

2 2 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY 3 Enabling a stronger, smarter and greener grid Applications in several areas of the power value chain ABB is a pioneering technology leader in power grids, electrification products, industrial automation and robotics and motion, serving customers in utilities, industry and transport & infrastructure globally. Continuing a history of innovation spanning more than 130 years, ABB today is writing the future of industrial digitalization with two clear value propositions: bringing electricity from any power plant to any plug and automating industries from natural resources to finished products. As title partner in ABB Formula E, the fully electric international FIA motorsport class, ABB is pushing the boundaries of e-mobility to contribute to a sustainable future. ABB operates in more than 100 countries with about 147,000 employees. ABB offers a wide range of products from 208 V up to 1200 kv that help enhance the reliability, ef ficiency and quality of power in transmission and distribution grids, power plants and industries while minimizing environmental impact. The wide product range is complemented by a comprehen sive service offering. Power quality is a major concern for transmission and distribution utilities, industries, and transport and infrastructure sectors. Poor power quality affects grid reliability, productivity, leads to higher operating costs and penalties for non-compliance with grid codes. ABB is a technology leader with a wide range of products, systems and services that improve power quality including capacitors and filters, power electronics-based compensators and software solutions, across the power value chain for low, medium and high-voltage applications, helping to shape a stronger, smarter and greener grid. Instantaneous and ultra-fast stepless reactive power compensator PQCR from ABB has been present in the market for more than 15 years, providing instantaneous, ultra-fast and stepless reactive power for critical industrial and commercial applications, and solving voltage drop problems due to load current variations. It makes installations compliant with prevailing power factor regulations by dynamic reactive power compensation and load unbalance compensation. The new PQdynaC encompasses all these benefits with additional features such as flexibility, modularity and improved efficiency for applications which are suffering from poor power quality due to fast varying loads. Optionally, a limited harmonic filtering function can be obtained.

3 4 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY PQDYNAC - GLOBAL SERVICE AND SUPPORT 5 Stepless ultra-fast reactive power compensator PQdynaC Supported by Power Quality Centers around the globe Across many segments For applications in mining, paper, commercial and infrastructure, aluminum, steel and other metal industries Across the world ABB has Power Quality Centers (PQCs) in all regions, focusing on power quality equipment and solutions Close to customer PQCs stay close to the customer and ensure efficiency in all phases of the inquiry, from solution definition over product delivery to after sales support Manufacturing capabilities Many PQCs have manufacturing capabilities close to the customer, all governed by common ABB technology and processes Customer support PQCs support customers with solutions specific to local needs and service requirements Safety features ABB components and solutions use most up-to-date safety practices and guidelines, ensuring customers get a product that is safe to install and operate

4 6 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY FEATURES AND BENEFITS COMPREHENSIVE PORTFOLIO 7 Enhancing power quality of your electrical network Features and benefits Transient free power factor compensation Comprehensive portfolio to suit all requirements Fast reactive power compensation: The new generation PQdynaC can be used for applications requiring instantaneous, ultra-fast and stepless reactive power compensation. Capacitive and inductive compensation can be provided and is automatically adjusted depending on the need of the load. It limits the high reactive currents in the supply network, and also minimizes rapid voltage fluctuations caused by reactive load variations. Examples of networks benefiting from fast reactive power compensation are networks feeding loads like: Elevators, lifts Traction loads Welding loads Crane loads Loads fed by weak networks Active harmonic filtering: New generation PQdynaC is available in a version (PQdynaC+) that incorporates limited active harmonic filtering of harmonics up to the 13 th order, providing an efficient solution for customers that have a need for both fast reactive power compensation and limited harmonic filtering. Load balancing: PQdynaC can also be used to balance loads, ensuring that the supply system is loaded evenly even if the loads are burdening the phases of the supply network in a non-balanced way, which is the case for loads like railway lines, welding supply feeders, etc. Enhanced communication features: Wi-Fi enabled modules allow users to monitor and set parameters via smartphone or computer. The optional 7-inch user-friendly HMI interface offers direct access to the equipment controls for parameter setting and system monitoring. 01 PQdynaC - M Module 02 PQdynaC - WM 03 PQdynaC - C Standalone cabinet New generation PQdynaC is offered in 3 different module ratings of 30 kvar, 75 kvar and 100 kvar. The modules can be obtained individually, or can be supplied in a wall-mount or cabinet type solution. PQdynaC - M - Module Modular design: Suitable for OEMs, LV switchgear and drive manufacturers Very compact: Can be integrated into a small cubicle, either vertically or horizontally Low losses: Reduced losses and in-built forced air cooling PQdynaC - WM - Distributed compensation: For building and industrial applications with space restrictions Easy to install thanks to wall-mounting kit Silent solution: <65dBA, perfect solution for installing on office floors PQdynaC - C - Standalone cabinet Complete solution: Factory made fully functional tested floor standing panel Flexibility: Rating can be extended in modular way from 30 kvar to 400 kvar in a single cabinet PQdynaC - Higher flexibility. More reliability. Adaptable Efficient Easy to operate Compact Small footprint 3-level inverter Energy efficient and compact User-friendly HMI 7-inch interactive touchscreen GUI Modular Mix & match kvar Open and closed loop control Choice of speed and accuracy Wi-Fi enabled Control through PC or smartphone Configurable Module, wall-mounted or standalone cabinet Segregated cooling Dedicated cooling fans for reactors and control parts Reliable Suited to both new and retrofit applications

5 8 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY TECHNICAL SPECIFICATION 9 Technical Specification PQdynaC Specifications PQdynaC - M PQdynaC - WM PQdynaC - C Electrical characteristics Connection method Module Standalone cabinet 3-wire/ 4-wire Network voltage (+/ - 10%) V (3 W)/ V(4 W) Network frequency (+/- 5%) 50/ 60 Hz Rated output (kvar) (at 400 V) 30 kvar, 75 kvar, 100 kvar Full cubicle: 30 kvar kvar Neutral current rating per base unit (A) Inverter technology Switching frequency of semiconductors Modularity Redundancy Equipment losses CT configuration Same as the line current rating Three level inverter 18 khz Up to 16 modules can be combined. Different module rating allowed Any unit can become a master (defined as lowest ID that is operational) In case of failure, another unit takes the lead as master <2.2% of the equipment power typically Closed or open loop Reaction time 110 µs Response time <1 network cycle typically for fundamental compensation Reactive power characteristics Target power factor Load balancing characteristics Unbalanced kvar and kw compensation Programming/ communication Wi-Fi communication USB HMI (optional) Digital I/ O on HMI Programmable from 0.6 (inductive) to 0.6 (capacitive) Up to 30% of nominal rating Webserver on smartphone or computer for simple diagnostics and parameters setup With dedicated optional software (servicing/ programming) 7 inch color TFT screen (800 x 480 pixels) 198 x 141 x 40 mm IP65 front side/ IP20 backside CAN 2B (internal) RJ12 for communicating with units Ethernet (Modbus TCP) RJ45 USB insulated digital inputs 24 V (AC or DC) 6 digital NO outputs Vac/ 5 A (one common polarity), dry contacts Specifications PQdynaC - M PQdynaC - WM PQdynaC - C Physical aspects Mounting Approximate dimensions (W x D x H) Color Installation aspects Altitude Ambient temperature Humidity Fixation Cable entry CT requirements Module unit, suitable to integrate into a cabinet 435 x 459 x 130 mm 504 x 558 x 300 mm Surface treated metal frames Front side painted RAL 7035 Special kit allows module to be integrated into cabinet Module Standalone cabinet 438 x 154 x 517 mm 508 x 317 x 599 mm Optional HMI holder painted RAL7035 Indoor installation in clean environment up to 1000 m altitude Rear for power cables Front for control cables -10 C to 50 C during operation -25 C to 70 C during storage Max. 95% non-condensing during operation Max. 85% non-condensing during storage Top for power cables Bottom for control cables 3 CT s are required (class 1.0 or better, 15 VA) Standalone cabinet Full size cabinet: 600 x 800 x 2100 mm RAL 7035 Floor fixation/ lifting lugs provided Bottom for both power and control cables IP protection IP20 from front access IP30 IP21 Compliance with standards aspects for PQdynaC aspects for PQdynaC - WM and PQdynaC - C EMC immunity (CE version only) EMC emissions (CE version only) Certification EN (2012) "Safety requirements for power electronic converter systems and equipment" EN (2011) Low-voltage switchgear and control gear assemblies Part 1: General rules EN/ IEC , Industrial level EN/ IEC , Class A CE, Ctick

6 10 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY TECHNICAL SPECIFICATION 11 Technical Specification PQdynaC+ Specifications PQdynaC+ - M PQdynaC+ - WM PQdynaC+ - C Electrical characteristics Connection method Module Standalone cabinet 3-wire/ 4-wire Network voltage (+/ - 10%) V (3 W)/ V(4 W) Network frequency (+/- 5%) Line current rating per base unit (A) Neutral current rating per base unit (A) Inverter technology Switching frequency of semiconductors Modularity Redundancy Equipment losses Filter characteristics (1) Harmonic filtering capability 50/ 60 Hz 20A, 40A, 100A, 150A Full cubicle: 20A.. 600A 1.5 times the line current rating Three level inverter 18 khz Up to 16 modules can be combined. Different module rating allowed Any unit can become a master (defined as lowest ID that is operational) In case of failure, another unit takes the lead as master <2.2% of the equipment power typically maximum 50% of rated current can be allocated for filtering Harmonic range 2 nd to 13 th order, all harmonic order selectable Harmonic attenuation factor (I H (source)/ I H (load)) CT configuration Better than 97% at nominal load Closed or open loop Reaction time 110µs Response time Reactive power characteristics (1) Target power factor Load balancing characteristics (1) Unbalanced kvar and kw compensation Programming/ communication Wi-Fi communication USB HMI (optional) Digital I/ O on HMI 2 networks cycles typically (10-90% filtering)/ <1 network cycle typically for fundamental compensation Programmable from 0.6 (inductive) to 0.6 (capacitive) Up to 30% of nominal rating Webserver on smartphone or computer for simple diagnostics and parameters setup With dedicated optional software (servicing/programming) 7-inch color TFT screen (800 x 480 pixels) 198 x 141 x 40 mm IP65 front side/ IP20 backside CAN 2B (internal) - RJ12 for communcating with units Ethernet (Modbus TCP) - RJ45 USB insulated digital inputs 24 V (AC or DC) 6 digital NO outputs Vac/ 5 A (one common polarity), dry contacts Specifications PQdynaC+ - M PQdynaC+ - WM PQdynaC+ - C Physical aspects Mounting Approximate dimensions (W x D x H) Color Installation aspects Altitude Ambient temperature Humidity Fixation Cable entry CT requirements Module unit, suitable to integrate into a cabinet 435 x 459 x 130 mm 504 x 558 x 300 mm Surface treated metal frames. Front side painted RAL 7035 Special kit allows module to be integrated into cabinet Module Standalone cabinet 438 x 154 x 517 mm 508 x 317 x 599 mm Optional HMI holder painted RAL7035 Indoor installation in clean environment up to 1000 m altitude Rear for power cables Front for control cables -10 C to 50 C during operation -25 C to 70 C during storage Max. 95% non-condensing during operation. Max. 85% non-condensing during storage. Top for power cables Bottom for control cables 3 CT s are required (class 1.0 or better, 15 VA) Standalone cabinet Full size cabinet: 600 x 800 x 2100 mm RAL 7035 Floor fixation/ lifting lugs provided Bottom for both power and control cables IP protection IP20 from front access IP30 IP21 Compliance with standards aspects for PQdynaC+ aspects for PQdynaC+ - WM and PQdynaC+ - C EMC immunity (CE version only) EMC emissions (CE version only) Certification EN (2012) "Safety requirements for power electronic converter systems and equipment" EN (2011) Low-voltage switchgear and control gear assemblies Part 1: General rules EN/ IEC , Industrial level EN/ IEC , Class A CE, Ctick 1. Priority function desired to be performed by device (kvar compensation/ harmonics filtering) can be selected from device settings. Based on it, the module engages its resources first to perform primary power quality function and allocates spare resources, if any, to secondary function

7 12 PQDYNAC HIGH SPEED, FLEXIBILITY AND MODULARITY ABB's commitment Quality assurance At ABB, we are committed to providing the best products and services. Our products comply with or exceed the latest international standards. In addition to type tests in independent laboratories, our certified design and manufacturing processes guarantee the highest quality. We are certified according to the latest relevant ISO quality standards. Sustainability For ABB, sustainability is about balancing economic success, environmental stewardship and social progress to benefit all our stakeholders. Sustainability considerations cover how we design and manufacture products, what we offer customers, how we engage suppliers, how we assess risks and opportunities, and how we behave in communities where we operate and towards one another, while striving to ensure the health, security and safety of our employees, contractors and others affected by our activities. We are certified according to the latest relevant ISO quality standards. TECHNICAL SPECIFICATION 113 3