BST BuildingSystemsTrainer

Transcription

1 _SMARThome _SMARThome Three-Phase Network Analyzer Board Smart Metering Photovoltaic modul Counter Smart Meter Wind power Counter 01 Solar array Backup system Photovoltaic On Grid DC Feeding SCADA System Grid inverter Xtender Public grid AC IN User(s) Counter 02 Counter 05 AC OUT DC Battery Counter 04 Battery bank PV Off Grid Counter 03 Protective Measures Smart Meter water, gas, heat Photovoltaic Off Grid KNX Solar battery E-Mobility Charging System BST the flexible training system from for building automation based on real components.

2 BST mobile practical safe elabo-ts.com

3 Seite 4 E-Mobility Charging station 6 Photovoltaic Off Grid 8 Photovoltaic On Grid 10 Communications Technology I 12 _SMARThome 14 Communications Technology II 16 Networked Building Technology KNX 18 VDE 0100 / House Connection 20 Installation Engineering 22

4 E-Mobility Charging Station PLC with Automations server programmable to IEC Charge controller Load contactor Relay outputs Touch panel 3-phase AC meter MID-compliant with RS485 interface Simulation switch for the individual charging levels Type 2 Charger in accordance with ISO/TS Terminating resistor for bus system Motor protection switch Vehicle simulation RCD circuit breaker type B Fault simulator Type 2 Charger in accordance with ISO/TS BST E-Mobility Charging System 4

5 BST BuildingSystemsTrainer Charging station Learning objectives 1 Project managing energy management systems with an interface to emobility Implementing charging stations in smart metering and smart grid solutions Installing and commissioning measuring, control and regulation units Visualising energy systems and their energy flows Maintaining and servicing automation units integrated in the building Checking and ensuring the electrical safety of energy management systems Learning objectives 2 Project managing the charging station components Establishing and integrating decentralised energy supply and energy conversion systems Setting up and connecting all the necessary energy supply and communication units Manufacturing the necessary lightning and surge protection Maintaining and servicing charging stations in and at the building as well as in public places. Checking and ensuring the electrical safety of the charging stations Consisting of: Protective devices: RCD, cable protection Charge controller for e-vehicles with Modbus interface Fault simulator PLC incl. Modbus TCP/Ethernet/KNX communication Touch panel, Ethernet switch Terminating resistor for RS485 bus system Load contactor Type 2 charger in accordance with ISO/TS (Mennekes) 3-phase AC meter, MID-compliant with RS485 interface Relay outputs on charge controller on 4 mm safety sockets Simulation switch for the individual charging levels RCD circuit breaker type B Motor protection switch Vehicle simulation, displaying a vehicle with the essential functional units for the charging process. Advantages: Learning objectives integrated into an overall concept better understanding of the interrelationships practical applications like Smart Grid, Smart Metering 5

6 Photovoltaic Off Grid System DC Hybrid AC meter MID-compliant with RS485 interface PV simulator, replicating a PV module open circuit voltage approx. 17 V, short-circuit current 2.5 A Terminating resistor for RS484 bus system PV stand-alone inverter with charge controller AC consumer unit 230 V Charge controller AC meter MID-compliant with RS485 interface DC fuse DC isolating switch DC consumer unit 12 V DC surge protection Current shunt Solar battery 60 Ah BST PV Off Grid System 6 AC

7 Hybrid BST BuildingSystemsTrainer Photovoltaik Learning objectives: To plan components of PV systems Setting up and integration of decentral energy supply and conversion systems Installation and connection of all relevant energy supplies and communication units Installation of lightning and surge protection systems Maintenance an services of PV systems The system consists of: PV simulator, replicating a PV module open circuit voltage approx. 17 V, short-circuit current 2.5 A Display for the relevant values: U, I, P USB interface to display the values on a PC - 2 x AC meter, MID-compliant with RS485 interface - Charge controller, DC fuse - DC isolating switch, DC surge protection - Terminating resistor for RS484 bus system - PV stand-alone inverter with charge controller - AC consumer unit, DC consumer unit - Solar battery 60 Ah, Current shunt Advantages: The PV off-grid system can display and analyse a stand-alone system, DC-coupled hybrid system and an AC-coupled hybrid system. Hybrid means that the system is supplied by various energy sources. e.g. DC Hybrid: PV system, small wind turbine, small hydro power plant. AC Hybrid: electricity grid, PV system connected to the grid, generator, etc. 7

8 Photovoltaic On Grid Systems Supply into a Power supply for illustration the PV characteristik PV modul simulation Key switch and button to release the energy supply PV data logger Solar data logger with power management. PV inverter according with VDE AR-N 4105 Network supply AC meter MID-compliant with RS485 interface DC isolating switch Surge protection on the AC side Personal protective Power circuit breaker DC surge protection Main potential equalisation via the main earthing bars BST PV On Grid System 8

9 power grid BST BuildingSystemsTrainer Photovoltaic Learning objectives: Setting up a PV system for feeding into the grid Request in accordance with VDE AR-N4105 Selecting protective measures for a PV system Implementing power control in accordance with 6 of the German Renewable Energy Act Integrating a data logger to record the performance data and control the inverter remotely Commissioning the inverter Investigating the behaviour of the inverter in the case of a shaded system Integrating the PV system into a smart grid Use of surge protective devices with a PV system The system consists of: PV simulator, replicating a PV module open circuit voltage approx. 17 V, short-circuit current 2.5 A Display for the relevant values: U, I, P USB interface to display the values on a PC 2 x AC meter, MID-compliant with RS485 interface Charge controller, DC fuse, DC isolating switch, DC surge protection Terminating resistor for RS484 bus system PV stand-alone inverter with charge controller AC consumer unit, DC consumer unit Solar battery 60 Ah, Current shunt Advantages: Integration of the PV system into a Smart Grid/Smart Home System Hands-on applications in Smart Grid, Smart Metering, Smart Home Interesting set up based on real components 9

10 Communications Technology I Potential equalisation Connection for DVB-T Antenna system Connection for DVB-S Antenna sockets Potential equalisation Antenna system 8-fold patch field RJ45 sockets FRITZ!Box 2 x analog connections, 1 x ISDN, 4 x LAN, WLAN Multiswitch for DVB-T and DVB-S-signal for up to 6 terminals Fault simulator Equipotential bonding BST Communications Technologies I 10

11 BST BuildingSystemsTrainer Communications technology I Learning objectives: Creating building services systems to meet customer requirements Inspecting and testing building services systems Becoming acquainted with networked IT systems Installing devices and systems, connecting and modifying them to existing grids Troubleshooting on building services systems The system consists of: Connection for DVB-S antenna with Universal Quad LNB 8-fold patch field RJ45 FRITZ!Box (2x analog connections, 1x ISDN, 4x LAN, WLAN) Multiswitch for DVB-T and DVB-S-signal for up to 6 terminals Fault simulator Structured cabling Multimedia sub-distributor JR45 sockets Antenna sockets Equipotential bonding Advantages: The Building Systems Trainer Communications Technology I includes the topics of satellite reception (DVB-S), telecommunications and network technology. The telecommunications and network cabling is run as structured cabling. A FRITZ!Box is used as a Central element through which the topics of telecommunications (analog, ISDN and DECT) and the network technology LAN and WLAN are covered. 11

12 ELABOTrainingsSystem ELABOTrainingSysteme_ Three-Phase Network Analyzer Board Smart Metering Counter Smart Meter Wind power Counter 01 Solar array Backup system DC Feeding SCADA System Grid inverter Xtender Public grid AC IN User(s) Counter 02 AC OUT DC Battery Battery bank PV Off Grid Photovoltaic Off Grid Counter 03 KNX E-Mobility Charging System

13 me_smarthome SMARThome Photovoltaic modul Photovoltaic On Grid Counter 05 Counter 04 Protective Measures Smart Meter water, gas, heat Solar battery

14 Communications Technology II Mulit switch for single cable routing Splitter for DVB-T antenna Transfer point for DVB-S signals without a multi-switch (Universal Quad LNB) for four ports DVB-T aktive antenna Splitter Antenna tap Different systems of antenna sockets DVB-S DVB-T DVB-C DVB-S SCR Fault simulator DVB-C connection BST Communications Technologies II 14

15 BST BuildingSystemsTrainer Communications technology II The system consists of: Transfer point for DVB-S signals without a multi-switch (Universal Quad LNB) for four ports 3 sockets for DVB-S Single cable multiswitch, 5-in, 4-out 3 sockets for DVB-S SCR Active DVB-T antenna with remote power supply Transfer point for DVB-C 5 antenna sockets and power supply for DVB-T and DVB-C Antenna tap and splitter Fault simulator Remote power supply parts 15

16 Networked Building Technology KNX Wether station Wind Rain Brightness Temperature DCF77 GPS Room 1 Room temperature control with presence detector Window monitoring Continuous light control Simulation wind, rain Voltage supply thernet Interface E Actuator/6 binary output Room 2 Lighting control with current monitoring Heating control Blind control Use of a room controller Binary input Blind/shutter actuator Dimmer actuator Counter with KNX communikation modul Raum 3 Lighting control, dimming Lighting control, switching Blind control FI/LS combination Line/area coupler (optional) KNX-DALI Gateway (optional) Corridor Lighting control Motion detectors Room automation box Binary outputs B inary inputs Basement 1 / 2 Lighting control, switching Use of a binary input BST KNX Technology 16

17 BST BuildingSystemsTrainer Networked building technology Learning objectives: Project managing KNX systems Commissioning and troubleshooting Extending existing systems Documentation and servicing Integration of control technology Modbus TCP BACnet KNX IP Networking existing KNX systems Extending the system with line / area couplers The system consists of: Rooms individually switchable Various designs of KNX participants - Components for distributers (DIN real mounted) - Components for wall installation - Room automation box - Control and display devices Manual operation on many devices Realistic arrangement of the components Advantages: Economical (in one unit from the basics to complex projects) Flexibel (mobile) Fast training for trainers (didactic documents) Realistic arrangement of the components 17

18 VDE 0100 / House Connection Surge protection Circuit breaker Surge medium protection Circuit breaker MUC controller with WM bus Staircase relay Electronic househol meters ehz Bell transformer Error simulator Surge protection power supply Equipotential bonding Network supply Telecommunication entrance box Entrance box Broadband communication entrance box BST Protective Measures 18

19 BST BuildingSystemsTrainer Learning objectives: Mains of the consumer network Selection of protective measures for a consumer installation Measuring instruments for measurements to DIN VDE , DIN VDE and BGV A3 select, apply, and interpret results Applying rules for initial and repeat test and set up a schedule of the required measurements Commissioning of a low-voltage system Perform and describe initial and repeat test of electrical systems and create a report Use of the personal ptotection equipment Planing an executing of electrical installations Troubleshooting in elektrical installations The flexible training system from for building systems engineering, with real components, such as the meter cabinet, complying with the safety regulations. The system is characterised by the holistic approach to knowlege transfer. It is mobile and the workplace can be fitted in a individually from two sides. The trainee can work and make measurements with the highest possible safety under real conditions. Apart from troubleshooting, flush mounted installation, replacement of NH fuses and lots more in terms of training content is possible. The working on the BST is supported by comprehensive multimedia courseware in a multimedia manner. 19

20 VDE 0100 / House Connection Personal protection equipment Personal protection equipment consisting of safety helmet with face protection, NH-fues an rubber gloves 20

21 Installation Engineering Tool set Installation material Tool set in a case, 32 parts Installation materials - accessories kit BST Installation Technologies

22 Going other ways BST Communications Technologies I BST Communications Technologies II BST Protective Measures BST Installation Technologies BST E-Mobility Charging System BST PV On Grid System BST PV Off Grid System BST KNX Technology 22

23 Subject to technical changes an further developments. 03 / 2013

24 BST BuildingSystemsTrainer GmbH Im Hüttental Kinding / Germany Tel.: +49 (0) / Fax: +49 (0) / sales@elabo-ts.com Internet: elabo-ts.com