TB-230222R-001 Mobile Didactic Bench For Studying Photovoltaic Systems Electrical Training Equipment
- 1 Product Overview
- 1.1 Overview
- This system can simulate the process of off grid solar power generation, and enable the students to directly recognize the photovoltaic power generation system. And enable students to be familiar with photovoltaic system composition, connection and run principle. To cultivate students to master the corresponding knowledge, technical skills, it is suitable for teaching and training in university, college, technical school, technical institution, higher vocational education, polytechnics. This system can simulate solar energy generation process, enable students to understand on photovoltaic generation system directly, and be familiar with off-grid training equipment composition
- and run principle.
- 1.2 Feature
- (1) Training workbench adopts aluminum column frame structure, installation type takes measurement meters and load module, training power box is inner integrated installation, there are wheels at the bottom of training workbench, every unit can be flexible move when doing experiment, it is convenient and easy to use, and very durable in use.
- (2) Solar energy panel use aluminum frame to fix, it can adjust solar panel angle according to solar ray angle. There are wheels at the bottom of training workbench, every unit can be flexible move when doing experiment, it is convenient and easy to use, and very durable in use.
- (3) Equip with full experiment circuit and components, it can combine and do different training content.
- (4) Training workbench is with good safety protection system.
- II.Technical data
- Solar energy generation set: consist of whole aluminum structure, photovoltaic adjustable panel(can adjust angle), with universal wheels under the bottom of aluminum frame, so it’s movable, and
- with lockers to fix the position.
- III. System introduction
- Didactic objectives
- – Testing the optimal alignment of the solar modules
- – Recording of solar module characteristics
- – Investigating the module’s response to shadowing
- – Study the operation of bypass diodes
- – Learn the different types of wiring and connection configurations for solar modules.
- Components
- – Solar module simulation model, triple, 23V / 2A
- – Solar module with solar altitude emulator
- – Load unit 1kOhm, 500W
- – 4mm safety plug with socket (2x), black, 1000V/32A CAT II
- – 4mm safety plug with socket (2x), red, 1000V/32A CAT II
- – 4mm safety connection plug with socket (2x), blue, 1000V/32A CAT II
- – Safety connection plug 4mm with socket (2x), gr/ye, 1000V/32A CAT II
- – Safety test lead set, 4mm, 31 pcs
- – Safety test lead 4mm, 50cm/20″, red, 600V CAT III ~ 1000V, CAT II / 32A
- – Mobile aluminium experiment stand, 3 levels, multi-socket with 6 sockets, 49 “x28 “x79” WxDxH (1250x700x1995mm)
- – Monitor stand for flat screen monitors up to 15kg/33lbs
- – Keyboard adapter for flat screen monitor stand
- – Screen for advanced photovoltaic equipment
- – Protective cover for three-tiered experimental trolleys
- – Solar module with adjustable tilt angle
- – Set of safety measuring cables 4mm, 10m, 4 pcs
- – 2 Metrix type multimeters (Adequat with bench voltage range)
- – A computer configured with all the necessary software for the commissioning of the equipment
