Product Catalogue. v 1.0

Transcription

1 2016 Product Catalogue v 1.0

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3 CINERGIA develops and supplies AC and Regenerative Power Converters for Industrial, R&D and Academic applications Who we are CINERGIA is the result of more than ten years of experience in the conception, design, manufacture and commissioning of customized power electronics solutions. Our core competencies are the development of power electronics converters, DSP-based digital control, industrial communications and process automation. Our know-how is the result of continuous R+D in the fields of electrical conversion, electromobility, renewable resources and smart grids. Our products CINERGIA supplies high-technology products based on an industrial hardware platform designed to work 24/7. By using different DSP firmware, developed by CINERGIA, our standard product portfolio includes, AC and &AC power sink/sources. Regenerative Thanks to its bidirectional topology all our products can regenerate the test energy back to the grid, reducing the energy consumption and optimizing the electrical installation. Our value We provide cutting edge technology at costcompetitive prices thanks to the combination of a robust industrial platform with CINERGIA s proprietary control system. We can adapt our solutions to your specific needs and provide the engineering support to achieve the desired result thanks to the knowledge and experience of our engineering team.

4 SOLUTIONS ELECTROMOBILITY Electromomobility needs expertise in energy storage, batteries, battery charging, traction converters, power supplies, communications and its control. CINERGIA supplies power electronics equipments and platforms for test in production lines, prototype validation, burn-in and R&D. Grid Emulator Grid Battery Charger AC/ Battery Emulator Bms + Batteries Vsc Inverter Traction Converter Motor Test Bench Generator Electronic Load AC/AC SMART GRIDS IEC defines the smart grid as an electricity network that intelligently integrate the actions of all its users- generators, consumers and those that do both. It is related with electrical vehicles, energy storage systems (ESS), renewable generation (DER), consumers, grid.tied/islanded systems, communication and energy management. CINERGIA can provide complete test solutions for Smartgrid Labs and Original Equipment Manufacturers. Grid Emulator Grid Battery Emulator Microgrid Manager Batteries Battery Charger (B2C) Electrical Vehicle Wind Turbine Emulator AC/AC Battery Charger Electrical Vehicle Pv Emulator /AC Ac Load u. DER e. Electronic Load platform ACADEMIC AND R&D CINERGIA is your partner in Academic and R&D applications by adapting our standard products to the specific coming from academic and research requirements. Grid Emulator Grid programmable source AC/ Customer equipment Device Under test Electronic load (regenerative) /AC AC platform TEST PLATFORMS CINERGIA offers power electronics equipments, marked in green colour in the diagrams, as well as complete turn key solutions, for your testing needs: at the laboratory, production line, prototype and pre-series validation, burn-in, quality and R&D. Grid Emulator Grid AC programmable source AC/AC Customer equipment Device Under test Electronic load (regenerative) AC/AC

5 SELECTION GUIDE Voltage Source AC Grid Emulator GE-AC AC Electronic Load EL-AC High Frequency AC Electronic Load (EL-AC) AC& Voltage Source GE-AC& AC& Current Source EL-AC& Current Source Harmonics Grid disturbances 10 to 400Hz 360 to 800Hz PAGE Contact us for further information Constant Voltage Constant Current Constant Power Constant Resistance Battery Charge Battery Emulation PAGE 13 Power Supply PS Electronic Load EL Bidirectional Battery Charger B2C Battery Emulator BE AC& Voltage Source GE-AC& AC& Current Source EL-AC& 33 37

6 GEAC_2016_v1 GE-AC Grid Emulator CINERGIA s Grid Emulators are AC programmable voltage sources specially designed to create AC grids and emulate its disturbances. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION Generation of AC grid systems: -Three-phase system (3F+N) up to 480Vrms line-line -Single-phase system (F+N) up to 277Vrms line-neutral -Programmable frequency from 10 to 400Hz -Programmable phase angle -Programmable internal resistance Generation of grid disturbances: -Voltage harmonics up to 780Hz (except 8,10, 12 and 14th) -Flicker -Over and Undervoltage -Interruptions -Voltage dips symetric and unsymetric (types A, B, C, D). -Frequency fluctuations. -Automatic test files (*.csv) All disturbances can be configured in amplitude, duration and repetition time. Applications: Test of UPS, Photovoltaic and Eolic Inverters, EV Quick Battery Chargers, Vehicle to Grid (V2G), Energy Storage Systems (ESS) and other AC devices. KEY FEATURES 7.5 kva 200 kva 4 Quadrant Power Supply Regenerative up to 100% rated power AC Output: 25 to 277 Vrms, phase-neutral 43 to 480 Vrms, phase-phase up to 230Arms per phase Hz Independent configuration per phase: - Voltage magnitude - Phase angle - Harmonics (up to 780Hz) Disturbance generation: Interruptions and voltage dips, Flicker, Over and Undervoltage, Frequency Fluctuation AC& version available CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

7 GEAC_2016_v1 GE-AC Grid Emulator CONCEPTUAL SCHEMATIC Grid Emulator GRID AC AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Optional The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and an output side AC Inverter generating three independent AC voltages with programmable amplitude, phase angle and harmonic content by using a digital resonant control algorithm. Thanks to the bidirectionality of this topology the test energy can be injected back to the grid. TECHNICAL DIAGRAM OF GE AC IN (GRID side) AC OUT (EUT side) 3 P + N 3 P + N EMC filter -U -U EMC filter Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (neutral wire or DYn isolation transformer is required) AC Output is connected to the Equipment Under Test (EUT) and can be used as: - Three-phase AC system - Three independent Single-phase AC systems (same frequency) - One parallelized Single-phase AC system (3 times rated current per phase) 2

8 GEAC_2016_v1 Balanced voltage dips GE-AC Grid Emulator FUNCTIONALITIES Undervoltage Voltage interruptions Balanced voltage dips Unbalanced voltage dips Voltage Harmonics Independent phase harmonics 400Hz Aeronautics Grid Frequency fluctuation Flicker Transient time 2-5ms 3

9 GEAC_2016_v1 GE-AC Grid Emulator USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView Configuration of harmonics Configuration of disturbances Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation Isolation monitor High Voltage (up to 295Vrms, p-n) Analog Input/Output Port RS485, RS232, CAN Labview drivers 4

10 GEAC_2016_v1 GE-AC Grid Emulator RANGE AND SPECIFICATIONS MAGNITUDE VALUE Power 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) AC Voltage Phase-neutral Vrms (10-100Hz) Vrms ( Hz) 25-Vrms ( Hz) Rated AC Current1 Depends on model (see table) Arms Frequency Fundamental voltage Hz (0.1Hz resolution) Harmonics Per phase 1st - 15th at 50Hz (except 8,10,12 & 14) 1st - 13th at 60Hz (except 8,10&12) 1st above 100Hz Harmonic content Maximum % 1st: 100% 2nd-11th: 50%, 13th-15th:10% Modes of operation Constant Voltage Range2 Resolution3 Ripple % <0.1% <1% Disturbance Generation Voltage dip and interruptions Over and Undervoltage Frequency variation Flicker Harmonic sequence General Measurements User interface Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage and Current Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature Humidity Temperature Cooling Protections Standards CE Marking Safety EN , EN EMC EMC: EN Rated AC Current depends on model (see table) and defines the maximum permanent current allowed. Minimum current is 0A. 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 5

11 GEAC_2016_v1 GE-AC Grid Emulator GE MODELS REFERENCE GE7.5-AC GE10-AC GE15-AC GE20-AC GE30-AC GE40-AC GE50-AC GE60-AC GE80-AC GE100-AC GE120-AC GE160-AC GE200-AC RATED kva kw All specifications are subject to change without notice. GALVANIC ISOLATION (optional) RATED CURRENT AC rms / phase AC rms/ global Independent mode Parallel mode 10A 30A 15A 45A 20A 60A 25A 75A 40A 120A 50A A 65A 195A 80A 240A 105A 315A 130A 390A 155A 465A 185A 555A 230A 690A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) 6

12 ELAC_2016_v1 EL-AC Electronic Load AC Electronic Loads are power electronics devices that behave as an AC electrical load. While most electronic loads are dissipative, CINERGIA offers a comprehensive range of, AC and AC& full 4Q and full regenerative electronic loads. FUNCTIONAL DESCRIPTION KEY FEATURES Operation modes: -Constant Current (CC) -Constant Power (CP) -Constant Impedance (CI) -Automatic test from csv file 7.5 kva 200 kva 4 Quadrant Power Supply Applications: R&D, production and reliability tests for applications requiring linear and non-linear AC loads. Test of AC voltage sources, UPS, AC generators and electrical devices (as fuses, circuit breakers and connectors). In Smartgrid applications it can be used to emulate domestic appliances, a house, a building as well as grid-coupled generators: PV and eolic plants, Energy Storage Systems, Electrical Vehicles, V2G-Vehicle to Grid and other AC distributed generators. 80% typical energy and power saving: GRID 11.1 kw η=90% 19.1kW kW Equipment Under Test (EUT) 92 kw 100 kw AC Electronic Load AC 8 kw η = 92% 92 kw Regenerative up to 100% rated power Full 4Q: pure capacitive and inductive current AC Output: up to 230Arms per phase 25 to 277 Vrms, phase-neutral Hz Independent configuration per channel: - Fundamental current up to 400Hz - Harmonics up to 780Hz - Phase angle (-1 < cos < 1) - Non-linear currents - Crest factor <3 - Active / Reactive Power AC& version available CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

13 ELAC_2016_v1 EL-AC Electronic Load CONCEPTUAL SCHEMATIC Electronic Load GRID AC AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Optional The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and an output side AC Inverter generating three independent AC currents with programmable amplitude, phase angle and harmonic content by using a digital resonant control algorithm. Thanks to the bidirectionality of this topology the test energy can be injected back to the grid. TECHNICAL DIAGRAM OF EL-AC AC IN (GRID side) AC OUT (EUT side) 3 P + N 3 P + N EMC filter - - EMC filter Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (neutral wire or DYn isolation transformer is required) AC Output is connected to the Equipment Under Test (EUT) and can be used as: - Three-phase AC Wye load (balanced or unbalanced) - Three independent Single-phase AC systems (different voltage/frequency is possible) - One parallelized Single-phase AC system (3 times rated current per phase) 8

14 ELAC_2016_v1 EL-AC Electronic Load FUNCTIONALITIES Resistive load Pure capacitive load Pure inductive load Harmonics Single-phase rectifier Three-phase rectifier Phase delay Phase delay + harmonics Independent phase control In previous oscilloscope captures: AC source under test (yellow), EL currents phase A, B and C (green, magenta, blue) 9

15 ELAC_2016_v1 EL-AC Electronic Load USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView Configuration of harmonics Configuration of disturbances Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation Isolation monitor Low Current Ripple High Voltage (up to 295Vrms, p-n) Analog Input/Output Port RS485, RS232, CAN Labview drivers 10

16 ELAC_2016_v1 EL-AC Electronic Load RANGE AND SPECIFICATIONS MAGNITUDE VALUE Power 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) AC Voltage Rated maximum, ch-neutral Vrms (10-100Hz) Vrms ( Hz) 25-Vrms ( Hz) Rated AC Current1 Independent mode Arms per channel Parallel mode Arms global Frequency Fundamental current Hz Power factor Configurable by user 0-1 (capacitive/inductive) Harmonic Configurable by user 1st - 15th at 50Hz (except 8,10,12 & 14) 1st - 13th at 60Hz (except 8,10&12) 1st at 400Hz Harmonic content Maximum % 1st-9th: 100% 11th: 50%, 13th-15th:10% Crest factor <3 Modes of operation Range2 Resolution3 Ripple3 Constant Current 0-±100% <±0.1% <1% Constant Power 0-±100% <±0.1% <1% Constant Impedance (R,L,C) min.-100% <±0.1% <1% General Measurements User interface Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage (Vrms) and Current (Irms) Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature Humidity Temperature Cooling Protections Standards CE Marking Safety EN , EN EMC EMC: EN Rated AC Current depends on model (see table) and defines the maximum permanent current allowed. Minimum current is 0A. 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 11

17 ELAC_2016_v1 EL-AC Electronic Load EL-AC MODELS REFERENCE EL7.5-AC EL10-AC EL15-AC EL20-AC EL30-AC EL40-AC EL50-AC EL60-AC EL80-AC EL100-AC EL120-AC EL160-AC EL200-AC RATED kva kw All specifications are subject to change without notice. RATED CURRENT AC rms / phase AC rms/ global Independent mode Parallel mode 10A 30A 15A 45A 20A 60A 25A 75A 40A 120A 50A A 65A 195A 80A 240A 105A 315A 130A 390A 155A 465A 185A 555A 230A 690A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 GALVANIC ISOLATION (optional) REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) 12

18 PS_2016_v1 PS Programmable Power Supply CINERGIA s converters are power electronics devices designed to generate a constant voltage, current, power, resistance or IU battery charge profile. Our products (PS, EL-, B2C) differ in the possible operation modes. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION Operation modes: -Constant Voltage (CV) -Constant Current (CC) -Constant Power (CP) -Automatic test from csv file Three channels in each unit: The three channels can be controlled independently allowing different voltage, current or power setpoints. In standard units the Operation mode will be the same for the three channels. Optionally, each channel could be operated in different mode (if interested, please ask for option Independent Channels Operation). 2Q or 4Q applications: -In 2Q applications, the EUT will be connected between one channel and the common negative. -In 4Q applications, the EUT will be connected between two channels KEY FEATURES kw 2/4 Quadrant Power Supply Regenerative up to 100% rated power 1 channel Output: 20 to 750V, 0 to ±555A 3 channels Output: 20 to 750V, 0 to ±185A/ch Bipolar Output -350 to +350V, 0 to ±185A +270V/0/-270V Output for Avionics applications CV, CC, CP modes Option for Independent Channels Operation CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

19 PS_2016_v1 PS Programmable Power Supply CONCEPTUAL SCHEMATIC Power Supply GRID AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and three output converters generating three independent channels. Thanks to the bidirectionality of this topology the test energy can be injected back to the grid. TECHNICAL DIAGRAM AC IN (GRID side) OUT (EUT side) 3P+ N 3CH-COM EMC filter -U -U EMC filter CH1 CH2 CH3 Com_neg Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (isolation transformer with neutral is recommended) Output is connected to the Equipment Under Test (EUT) and can be used as: - Independent channels mode: three 2Q channels with a common negative - Parallel channels mode: one 2Q channel (3 times rated current per phase) - One 4Q bipolar channel (connecting the load between two channels) - One +270/0/-270V channels for avionics applications 14

20 PS_2016_v1 0.0 PS Programmable Power Supply USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView OPERATION AREA: UNIPOLAR OPERATION AREA: BIPOLAR Output voltage (V) Minimum voltage at rated power Independent channels mode Parallel channels mode Output voltage (V) -Bipolar Bipolar Minimum output voltage Output current (A) Output current (A) In UNIPOLAR the equipment under test is connected between a channel and the common negative. Two possible configurations: Independent channels: CH1, CH2 and CH3 are available and can be parametrized with different voltage, current or power setpoint. In BIPOLAR the equipment under test is connected between channels CH1, CH2 and CH3. The common negative is not connected and CH2 is used as 0V reference for CH1 and CH3. This connection will be used to create +270V/0/-270V avionics bus system. Parallelized channels: the three channels are shortcircuited internally to provide three times the current. Maximum voltage in bipolar connection is ±350V. Ask for further information if ±750V are needed. Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation (recommended) Isolation monitor Independent Channels Operation Analog Input/Output Port RS485, RS232, CAN Labview drivers 15

21 PS_2016_v1 PS Programmable Power Supply RANGE AND SPECIFICATIONS MAGNITUDE VALUE Power (grid side) 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) Voltage Channel-Com_neg 20 to 750V ( 60kVA) Channel-Com_neg 40 to 750V (>60kVA) Channel-Channel -350 to 350V Minimum voltage at rated power1 320V Current Parallel channels mode 0 to ±555A global Independent channels mode 0 to ±185A per channel Bipolar output 0 to ±185A per channel Overcurrent 110% during 1 min Operation Modes Range2 Resolution3 Ripple3 Constant Voltage 0-100% <±0.1% <1% Constant Current 0-±100% <±0.1% <1% Constant Power 0-±100% <±0.1% <1% Response time Rated resistance load 1-5ms (10-90%) General Measurements User interface Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage and Current Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature Humidity Temperature Cooling Protections Standards CE Marking Safety EN , EN EMC EMC: EN Below minimum voltage the power is limited by the rated current of the unit. Contact us for further detail 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 16

22 PS_2016_v1 PS Programmable Power Supply MODELS REFERENCE PS7.5 PS10 PS15 PS20 PS30 PS40 PS50 PS60 PS80 PS100 PS120 PS160 PS200 RATED kva kw All specifications are subject to change without notice. RATED CURRENT Independent Parallel Bipolar 0-750v 0-750v -350 to 350V ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A ±30A ±45A ±60A ±75A ±90A ±115A ±140A ±180A ±315A ±390A ±390A ±465A ±555A ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 GALVANIC ISOLATION (recommended) REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) 17

23 EL_2016_v1 EL- Electronic Load CINERGIA s converters are power electronics devices designed to generate a constant voltage, current, power, resistance or IU battery charge profile. Our products (PS, EL-, B2C) differ in the possible operation modes. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION Operation modes: -Constant Current (CC) -Constant Power (CP) -Constant Resistance (CR) Three channels: -The three channels can be controlled independently, allowing different setpoints on each channel -The three channels can be controlled in parallel, sharing the same setpoint and providing 3 times the current -In Unipolar 2Q applications, the sources will be connected between one channel and the common negative. -In Bipolar 4Q applications, the source will be connected between two channels 80% typical energy saving by regenerating to the grid: GRID 11.1 kw η=90% 19.1kW kW Equipment Under Test (EUT) 92 kw 100 kw -Constant Voltage (CV) -Automatic test from csv file Electronic Load AC 8 kw η = 92% 92 kw KEY FEATURES kw 2/4 Quadrant Power Supply Regenerative up to 100% rated power 1 channel Output: 20 to 750V, 0 to ±555A 3 channels Output: 20 to 750V, 0 to ±185A/ch Bipolar Output -350 to +350V, 0 to ±185A +270V/0/-270V Output for Avionics applications CV, CC, CP, CV modes Option for Independent Channels Operation AC& version available CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

24 EL_2016_v1 EL- Electronic Load CONCEPTUAL SCHEMATIC Electronic Load GRID AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and three output converters generating three independent channels. Thanks to the bidirectionality of this topology the test energy can be injected back to the grid. TECHNICAL DIAGRAM AC IN (GRID side) OUT (EUT side) 3P+ N 3CH-COM EMC filter -U -U EMC filter CH1 CH2 CH3 Com_neg Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (isolation transformer with neutral is recommended) Output is connected to the Equipment Under Test (EUT) and can be used as: - Independent channels mode: three 2Q channels with a common negative - Parallel channels mode: one 2Q channel (3 times rated current per phase) - One 4Q bipolar channel (connecting the load between two channels) - One +270/0/-270V channels for avionics applications 19

25 EL_2016_v1 0.0 EL- Electronic Load USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView OPERATION AREA: UNIPOLAR OPERATION AREA: BIPOLAR Output voltage (V) Minimum voltage at rated power Independent channels mode Parallel channels mode Output voltage (V) -Bipolar Bipolar Minimum output voltage Output current (A) Output current (A) In UNIPOLAR the equipment under test is connected between a channel and the common negative. Two possible configurations: Independent channels: CH1, CH2 and CH3 are available and can be parametrized with different voltage, current or power setpoint. In BIPOLAR the equipment under test is connected between channels CH1, CH2 and CH3. The common negative is not connected and CH2 is used as 0V reference for CH1 and CH3. This connection will be used to create +270V/0/-270V avionics bus system. Parallelized channels: the three channels are shortcircuited internally to provide three times the current. Maximum voltage in bipolar connection is ±350V. Ask for further information if ±750V are needed. Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation (recommended) Isolation monitor Independent Channels Operation Analog Input/Output Port RS485, RS232, CAN Labview drivers 20

26 EL_2016_v1 EL- Electronic Load RANGE AND SPECIFICATIONS MAGNITUDE VALUE Power (grid side) 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) Voltage Channel-Com_neg 20 to 750V ( 60kVA) Channel-Com_neg 40 to 750V (>60kVA) Channel-Channel -350 to 350V Minimum voltage at rated power1 320V Current Parallel channels mode 0 to ±555A global Independent channels mode 0 to ±185A per channel Bipolar output 0 to ±185A per channel Overcurrent 110% during 1 min Operation Modes Range2 Resolution3 Ripple3 Constant Voltage 0-100% <±0.1% <1% Constant Current 0-±100% <±0.1% <1% Constant Power 0-±100% <±0.1% <1% Constant Resistance Min.-100% <±0.1% <1% Response time Rated resistance load 1-5ms (10-90%) General Measurements User interface Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage and Current Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature Humidity Temperature Cooling Protections Standards CE Marking Safety EN , EN EMC EMC: EN Below minimum voltage the power is limited by the rated current of the unit. Contact us for further detail 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 21

27 EL_2016_v1 EL- Electronic Load MODELS REFERENCE EL7.5- EL10- EL15- EL20- EL30- EL40- EL50- EL60- EL80- EL100- EL120- EL160- EL200- RATED kva kw All specifications are subject to change without notice. RATED CURRENT Independent Parallel Bipolar 0-750v 0-750v -350 to 350V ±10A ±30A ±10A ±15A ±45A ±15A ±20A ±60A ±20A ±25A ±75A ±25A ±30A ±90A ±30A ±38A ±115A ±38A ±47A ±140A ±47A ±57A ±180A ±57A ±105A ±315A ±105A ±130A ±390A ±130A ±130A ±390A ±130A ±155A ±465A ±155A ±185A ±555A ±185A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 GALVANIC ISOLATION (recommended) REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) 22

28 B2C Bidirectional Battery Charger CINERGIA s converters are power electronics devices designed to generate a constant voltage, current, power, resistance or IU battery charge profile. Our products (PS, EL-, B2C) differ in the possible operation modes. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION Operation modes: -Battery Charge (BC) -Constant Voltage (CV) -Constant Current (CC) -Constant Power (CP) -Constant Resistance (CR) -Automatic test from csv file Three channels in each unit: The three channels can be controlled independently allowing different voltage, current or power setpoints. In standard units the Operation mode will be the same for the three channels. Optionally, each channel can be operated in different mode (option Independent Channels Operation). 2Q or 4Q applications: For testing bipolar current applications and bipolar voltage applications. Battery charge is controlled with an IUoU algorithm. Battery discharge can be done at constant current, power or resistance. Battery cycling is possible by programming a sequence in a csv file. KEY FEATURES kw 2/4 Quadrant Power Supply Regenerative up to 100% rated power 1 channel Output: 20 to 750V, 0 to ±555A 3 channels Output: 20 to 750V, 0 to ±185A/ch Bipolar Output -350 to +350V, 0 to ±185A +270V/0/-270V Output for Avionics applications BC, CV, CC, CP, CR modes IUoU and Equalization battery charge modes Constant current or power battery discharge B2C_2016_v2 23 CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

29 B2C Bidirectional Battery Charger CONCEPTUAL SCHEMATIC B2C GRID AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The converter is formed by a grid-side Active Rectifier and an output converter sharing a -link. The Active Rectifier allows sinusoidal current consumption with low harmonic distortion and unity power factor. The converter generates three independent voltages controlling the voltage, current or power. TECHNICAL DIAGRAM AC IN (GRID side) OUT (EUT side) 3P+ N 3CH-COM EMC filter -U -U EMC filter CH1 CH2 CH3 Com_neg Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (isolation transformer with neutral is recommended) B2C_2016_v2 Output is connected to the Equipment Under Test (EUT) and can be used as: - Independent channels mode: three 2Q channels with a common negative - Parallel channels mode: one 2Q channel (3 times rated current per phase) - One 4Q bipolar channel (connecting the load between two channels) - One +270/0/-270V channels for avionics applications 24

30 B2C Bidirectional Battery Charger USER INTERFACE SOFTWARE FEATURES Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView OPERATION AREA: UNIPOLAR OPERATION AREA: BIPOLAR Output voltage (V) Independent channels mode Parallel channels mode Output voltage (V) -Bipolar Output current (A) Output current (A) In UNIPOLAR the equipment under test is connected between a channel and the common negative. Two possible configurations: Independent channels: CH1, CH2 and CH3 are available and can be parametrized with different voltage, current or power setpoint. In BIPOLAR the equipment under test is connected between channels CH1, CH2 and CH3. The common negative is not connected and CH2 is used as 0V reference for CH1 and CH3. This connection will be used to create +270V/0/-270V avionics bus system. Parallelized channels: the three channels are shortcircuited internally to provide three times the current. Maximum voltage in bipolar connection is ±350V. Ask for further information if ±750V are needed. B2C_2016_v2 Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. 25 Options Galvanic Isolation (recommended) Isolation monitor Independent Channels Operation Analog Input/Output Port RS485, RS232, CAN Labview drivers

31 B2C Bidirectional Battery Charger RANGE AND SPECIFICATIONS MAGNITUDE VALUE Power (grid side) 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) Voltage Channel-Com_neg 20 to 750V ( 60kVA) Channel-Com_neg 40 to 750V (>60kVA) Channel-Channel -350 to 350V Minimum voltage at rated power1 320V Current Parallel channels mode 0 to ±555A global Independent channels mode 0 to ±185A per channel Bipolar output 0 to ±185A per channel Overcurrent 110% during 1 min Operation Modes Range2 Resolution3 Ripple3 Constant Voltage 0-100% <±0.1% <1% Constant Current 0-±100% <±0.1% <1% Constant Power 0-±100% <±0.1% <1% Constant Resistance Min.-100% <±0.1% <1% Battery Charge 0-±100% <±0.1% <1% Response time Rated resistance load 1-5ms (10-90%) General Measurements User interface Humidity Temperature Cooling Protections Standards CE Marking Safety EMC Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage and Current Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature EN , EN EMC: EN B2C_2016_v2 1 Below minimum voltage the power is limited by the rated current of the unit. Contact us for further detail 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 26

32 B2C Bidirectional Battery Charger MODELS REFERENCE B2C7.5 B2C10 B2C15 B2C20 B2C30 B2C40 B2C50 B2C60 B2C80 B2C100 B2C120 B2C160 B2C200 RATED kva kw All specifications are subject to change without notice. GALVANIC ISOLATION (recommended) RATED CURRENT Independent Parallel Bipolar 0-750v 0-750v -350 to 350V ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A ±30A ±45A ±60A ±75A ±90A ±115A ±140A ±180A ±315A ±390A ±390A ±465A ±555A ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) B2C_2016_v2 27

33 BE_2016_v1 BE Battery Emulator A Battery Emulator is a power electronics device that behaves as a real battery pack. CINERGIA s BE is based on a regenerative power supply. When emulating a battery charge, the energy will be injected back to the electrical grid consuming a sinusoidal current with unity power factor and low harmonic distortion. Using a BE will save space in the laboratory, avoiding safety issues of real batteries and allow a high flexibility in the tests. FUNCTIONAL DESCRIPTION Operation modes: -Constant Voltage (CV) -Static -Dynamic Three channels: The three channels can be configured independently, allowing emulation of different batteries at the same time The three channels can be configured in parallel, emulating one single battery with 3 times the rated current capabilityv Static mode: the emulated battery voltage will depend on the open-circuit voltage and internal charge and discharge virtual resistance. KEY FEATURES kw 2 Quadrant Power Supply Regenerative up to 100% rated power 1 channel Output: 0 to 750V, 0 to ±555A 3 channels Output: 0 to 750V, 0 to ±185A/ch Constant Voltage, Static, and Dynamic modes Dynamic mode: the emulated battery voltage will depend on the State Of Charge, rate of discharge and internal charge and discharge virtual resistance. CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

34 BE_2016_v1 BE Battery Emulator CONCEPTUAL SCHEMATIC Battery Emulator GRID AC EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and three output converters generating three independent channels. Thanks to the bidirectionality of this topology the test energy can be injected back to the grid. TECHNICAL DIAGRAM AC IN (GRID side) OUT (EUT side) 3P+ N 3CH-COM EMC filter -U -U EMC filter CH1 CH2 CH3 Com_neg Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET AC Input is connected to the grid (isolation transformer with neutral is recommended) Output is connected to the Equipment Under Test (EUT) and can be used as: - Independent channels mode: three 2Q channels with a common negative - Parallel channels mode: one 2Q channel (3 times rated current per phase) 29

35 BE_2016_v1 BE Battery Emulator USER INTERFACE CABINET Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView SOFTWARE INTERFACE Windows 7/10 user interface for remote operation and data acquisition. STATIC MODE The battery is emulated through a simplyfied model based on fixed Voc and charge/discharge resistors. Voc Rch Rdisch + Vout - DYNAMIC MODE A model based on battery manufacturer data allows realistic voltage and SOC behaviour. OPERATION AREA: 1/3 CHANNELS Output voltage (V) Minimum voltage at rated power ch mode 0.0-3ch mode 0 3ch mode 1ch mode Output current (A) 30

36 BE_2016_v1 BE Battery Emulator RANGE AND SPECIFICATIONS MAGNITUDE VALUE ower (grid side) 7.5kVA-200kVA Input side (GRID side) AC Voltage Rated 3x400Vrms+Neutral+Earth Voltage range +15% / -20 % Rated AC Current Depends on model (see table) Arms per phase Frequency 48-62Hz THDi (at rated power) <3% Power Factor Typical at rated power 0.99 Configurable by user 0-1 (capacitive/inductive) Efficiency (at rated power) >92% Overload 125% for 10 min / % for 60 s Output side (EUT side) Voltage Channel-Com_neg 20 to 750V ( 60kVA) Channel-Com_neg 40 to 750V (>60kVA) Minimum voltage at rated power1 320V Current Parallel channels mode 0 to ±555A global Independent channels mode 0 to ±185A per channel Overcurrent 110% during 1 min Operation Modes Range2 Resolution3 Ripple3 Constant Voltage 5-100% <±0.1% <1% Static 5-±100% <±0.1% <1% Dynamic 5-±100% <±0.1% <1% Response time Rated resistance load 1-5ms (10-90%) General Measurements User interface Input Voltage (Vrms) and Current (Irms) Input and Output Power Output Voltage and Current Temperatures 3.2 Touchscreen Local Control port: 4 digital inputs, 3 relay outputs (Option for AIO) Communication Port: Ethernet (Optionals: RS485, RS232, CAN) Communication Protocol: Modbus/TCP 10-90% (Absolute maximum, without condensation) 5-35 ºC (Absolute maximum) Forced air Over Current, Over Voltage, Shortcircuit, Overtemperature Humidity Temperature Cooling Protections Standards CE Marking Safety EN , EN EMC EMC: EN Below minimum voltage the power is limited by the rated current of the unit. Contact us for further detail 2 Range is related to rated values of each model as defined in table MODELS 3 Resolution and ripple are related to the FS of each model. Contact us for further information. All specifications are subject to change without notice. 31

37 BE_2016_v1 BE Battery Emulator MODELS REFERENCE BE7.5 BE10 BE15 BE20 BE30 BE40 BE50 BE60 BE80 BE100 BE120 BE160 BE200 RATED kva kw All specifications are subject to change without notice. GALVANIC ISOLATION (recommended) RATED CURRENT Independent mode Parallel mode 0-750v 0-750v ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A ±30A ±45A ±60A ±75A ±90A ±115A ±140A ±180A ±315A ±390A ±390A ±465A ±555A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) OPTIONS Galvanic Isolation (recommended) Isolation monitor Isolated analog inputs RS485, RS232, CAN Labview drivers 32

38 GE-AC& AC& Voltage Source GE-AC& is the combination of two products in a single cabinet:a GE-AC and a PS. The equipment can be used alternatively in AC or in providing the highest flexibility at a very competitive price. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION Two main modes: - AC mode: the three output channels work as AC Voltage Sources as a GE-AC - mode: the three output channels work as Voltage Sources (CV) or Current Sources (CC, CP) as a PS Three output channels: - Independent control - Parallel control AC mode: -Generation of AC 3-phase or 1-phase voltages -Configurable frequency from 10 to 400Hz -Configurable phase angle and internal resistance -Generation of disturbances See GE-AC datasheet for further information mode: -Operation modes: CV, CC and CP -Automatic test from Excel file -Unipolar 2Q or Bipolar 4Q applications See PS datasheet for further information KEY FEATURES kVA / kW 4 Quadrant Power Supply Regenerative up to 100% rated power AC Output: 25 to 277 Vrms, phase-neutral 43 to 480 Vrms, phase-phase up to 230Arms per phase Hz Output: 1 channel Output: 20 to 750V, 0 to ±555A 3 channels Output: 20 to 750V, 0 to ±185A/ch Bipolar Output -350 to +350V, 0 to ±185A +270V/0/-270V Output for Avionics applications GE_AC_v_v1 33 CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

39 GE-AC& AC& Voltage Source CONCEPTUAL SCHEMATIC Grid Emulator GRID AC AC or EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and depending on the main mode, an output converter that can be configured either as an AC inverter or as a converter. TECHNICAL DIAGRAM AC IN (GRID side) AC OUT (EUT side) 3 P + N 3 P + N + COM EMC filter EMC filter Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET GE_AC_2016_v1 AC Input is connected to the grid (isolation transformer with neutral is recommended ) AC Output is connected to the Equipment Under Test (EUT) and can be used as AC or output. The loads or EUT are connected between a phase and: - AC mode: the output neutral - mode: the common (COM) negative point for 2Q applications or to phase for 4Q applications The AC or mode is selected by manual switch. 34

40 GE-AC& AC& Voltage Source USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation Isolation monitor Battery Charge mode (BC) IAnalog Input/Output Port RS485, RS232, CAN Labview drivers Constant Voltage Harmonics Disturbances Constant Current Constant Power Constant Resistance AC mode mode RANGE AND SPECIFICATIONS Detailed data can be found in datasheets of GE-AC and PS GE_AC_2016_v1 35

41 GE-AC& AC& Voltage Source GE-AC& MODELS REFERENCE GE7.5-AC& GE10-AC& GE15-AC& GE20-AC& GE30-AC& GE40-AC& GE50-AC& GE60-AC& GE80-AC& GE100-AC& GE120-AC& GE160-AC& GE200-AC& RATED kva kw All specifications are subject to change without notice. RATED CURRENT Independent Mode Parallel mode Arms/ch Adc/ch Arms Adc 10A 15A 20A 25A 40A 50A 65A 80A 105A 130A 155A 185A 230A ±10A ±15A ±20A ±25A ±30A ±38A ±47A ±57A ±105A ±130A ±130A ±155A ±185A GALVANIC ISOLATION (recommended) 30A 45A 60A 75A 120A A 195A 240A 315A 390A 465A 555A 690A ±30A ±45A ±60A ±75A ±90A ±115A ±140A ±180A ±315A ±390A ±390A ±465A ±555A WEIGHT kg DIMENSIONS DxWxH (mm) 770x450x x590x x900x2000 REFERENCE RECOMMENDED CIRCUIT BREAKER WEIGHT kg DIMENSIONS DxWxH (mm) IT7.5 IT10 IT15 IT20 IT30 IT40 IT50 IT60 IT80 IT100 IT120 IT160 IT200 Type C - 25A Type C - 25A Type C - 32A Type C - 40A Type D - 80A Type D - 100A Type D - 125A Type D - 160A Type D - 200A Type D - 250A Type D - 315A Type D - 400A Type D - 500A (*) The transformer is delivered in a stand-alone cabinet IP23 All specifications are subject to change without notice Inside the cabinet 595x415x708 (*) 789x490x865 (*) 964x684x1252 (*) 1192x744x1430 (*) GE_AC_2016_v1 36

42 EL-AC& AC& Electronic Load EL-AC& is the combination of two products in a single cabinet: an EL-AC and an EL-. The equipment can be used alternatively in AC or in providing the highest flexibility at a very competitive price. Thanks to its bidirectional power hardware, the test energy can be regenerated to the electrical grid. FUNCTIONAL DESCRIPTION KEY FEATURES Two main modes: - AC mode: the three output channels work as AC Current Sources (CC, CP, CI) as EL-AC - mode: the three output channels work as a Voltage Source (CV) or a Current Source (CC, CP, CR) as EL- Three output channels: - Independent control - Parallel control AC mode: -Consumption of AC 3-phase or 1-phase current -100% configurable power factor, inductive and capacitive -Configurable harmonics -Operation modes: CC, CP, CI -Automatic test from Excel file mode: -Operation modes: CV, CC, CP and CR -Automatic test from Excel file -Unipolar 2Q or Bipolar 4Q applications kVA / kW 4 Quadrant Power Supply Regenerative up to 100% rated power AC Output: 1-phase Output: up to 690Arms 3-phase Output: up to 230Arms per channel 1 channel Output: 20 to 750V, 0 to ±555A 3 channels Output: 20 to 750V, 0 to ±185A/ch Bipolar Output -350 to +350V, 0 to ±185A +270V/0/-270V Output for Avionics applications Allowed Voltage: 25 to 277Vrms,p-n in AC 20 to 750V in VEL_AC_2016_v1 37 CINERGIA Pintor Roig i Soler, , Badalona, BARCELONA cinergia@cinergia.coop T

43 EL-AC& AC& Electronic Load CONCEPTUAL SCHEMATIC Electronic Load GRID AC AC or EQUIPMENT UNDER TEST (EUT) BACK-TO-BACK TOPOLOGY Recommended The equipment is formed by two IGBT-based power stages: a grid-side Active Rectifier producing sinusoidal currents with low harmonic distortion and close to unity power factor; and depending on the main mode, an output converter that can be configured either as an AC inverter or as a converter. TECHNICAL DIAGRAM AC IN (GRID side) AC OUT (EUT side) 3 P + N 3 P + N + COM EMC filter EMC filter Current Drivers x 6 Voltage Drivers x 6 sensor x 2 Current Voltage DSP control CAN DSP control Voltage HMI MODBUS/TCP ETHERNET EL_AC_2016_v1 AC Input is connected to the grid (isolation transformer with neutral is recommended ) AC Output is connected to the Equipment Under Test (EUT) and can be used as AC or output. The loads or EUT are connected between a phase and: - AC mode: the output neutral - mode: the common (COM) negative point for 2Q applications or to phase for 4Q applications The AC or mode is selected by manual switch. 38

44 EL-AC& AC& Electronic Load USER INTERFACE Local 3.2 Touchscreen panel Remote Control port: LAN Ethernet with Modbus/TCP protocol. SOFTWARE FEATURES Windows 7/10 user interface for remote operation and data acquisition. Digital IO port: -4 digital inputs -3 relay outputs -1 Emergency stop Optional analog port: -1 analog input 0-10V -3 analog outputs 0-10V Optional communications: RS485, RS232, CAN, LabView Cooling The power supply is air-cooled internally. Mechanical housing The power supplies are housed in compact cabinets with wheels up to 120kVA for easier transportation. Options Galvanic Isolation (recommended) Isolation monitor Analog Input/Output Port RS485, RS232, CAN Labview drivers Constant Current Harmonics Constant Voltage Constant Power Constant Impedance Constant Resistance AC mode mode RANGE AND SPECIFICATIONS Detailed data can be found in datasheets of EL-AC and EL- EL_AC_2016_v1 39