Scenery Energy Storage Experiment

Scenery Energy Storage Experiment,Camp--gn and mapping experimental device

1. Project overview

This system is a diversified "wind, light, and hybrid new energy experimental tr--ning system that combines the concept of scientific research innovation with experiments and tr--ning types, and photovolt--c power generation, data collection, etc.

The system consists of a micro -network power generation system composed of wind power generation units, solar battery packs, chasing systems, wind and photovolt--c control system m--n control systems.

Its working principle is the power and photovolt--c power generation system, and the energy storage of lithium iron phosphate battery is storage, DC/AC inverted to AC power. The system itself is a small change, power station, driving AC charging pile or other power supply equipment.

The system will run according to the established strategy. During the period of electricity, it will be charged to the energy storage system through photovolt--c power generation or wind power generation. When the photovolt--c energy is insufficient or windless at night, the power storage battery is poor from the power grid. During the peak hours, the battery power energy is continuously sent to the power grid through the flow system to form a peak and valley compensation efficiency. The system can run automatically. It can also be customized during the period of time or formulate operation strategies through local computers to facilitate management.

① 24kWh energy storage pool and BMS management system

② Photovolt--c control system

③ wind control system

④ 50KW micro -network energy storage bidirectional transformer (including STS, DC/DC converter)

⑤ Configure microscopic energy management EMS and monitoring software

⑥ Configure the power quality detection cabinet of comprehensive AC power distribution

1.1 System topology

1.2 functional characteristics

Each module of the U.S. system reserves CAN \ RS485 \ RS232 \ USB \ TCPIP communication interface. It can monitor each module in the system through this communication interface to facilitate future project development and use.

System experimental platform integrates indoor temperature/humidity meter, wind speed measurement and light degree measurement system, making users operate more intuitive;

System DC-AC grid-connected parallel synchronization power supply, using high-frequency pulse modulation technology, with small volume, high efficiency and high power factor output;

The system panel adopts intuitive digital tables and liquid crystal display to allow users to understand the current system working status;

The power supply on the system can provide users with AC 110V/220V/380V pure sine wave AC power;

The tr--ning system can let the tr--ning students disassemble and move themselves, use simple, noise, no pollution;

The system increases the module of the module of the municipal electricity and scenery complementarity, making the experiments more operable;

Increase the principle of distributed power supply and experimental circuit to increase students' understanding of new knowledge;

Add DC bus unit to facilitate connection and experiments between modules of the system;

Independent backbone iron phosphate energy storage battery and BMS charging and discharge management unit;

Scenery Energy Storage Experiment,Camp--gn and mapping experimental device

Function:

1. Institutional assembly tr--ning;

2. Measurement and tr--ning of institutional parts;

3. Drawing tr--ning tr--ning for institutions;

4. Drawing tr--ning for institutional parts;

Product parameters

1. Product material: aluminum alloy refined, use CNC machine tool refinement and produced through anode oxidation technology (do not accept rotation of rondrobin), each part must be installed in the aluminum alloy surveying box, and the buffer embedded material block;

2. In order to facilitate the safe surveying and mapping box size: about 365 × 265 × 120mm

3. Det--led configuration:

Cover of the frame, thread end cover, from the axis, camshaft.

Occupational skills comprehensive integration tr--ning virtual simulation system:

The software in the software can be rotated, magnified, reduced, and translated at 360 °. There are general interactive buttons: return, homepage, help. All virtual simulation tasks are prompted, and the software automatically hooks after a task. There is an experimental task above the tool library

1. Basic three -dimensional (XYZ space coordinate icon is automatically rotated at the XYZ space coordinate icon.)

A. Graphic stereo: The experimental steps are divided into experimental tasks (text prompt tasks) -the construction model (the model in the drag and dragging tool library to the three -projection surface system, and automatically appear the projection, there is a prompt when choosing an error) - change the attitude (by passing the passage) Click on the up, down, left and right arrows) — Select the projection (enter the answer interface, select the 3D projection map completed at this time in 6 items)

B. Cutting three -dimensional: The experimental steps are divided into experimental tasks (text prompt tasks) -the construction model (the model in the drag and drag the tool library to the three -projection surface system, and automatically display projection) -The label projection situation (for the three -dimensional projection drawing calibration , Select the corresponding labeling symbols in 14 blank fences)

C. Concerning three -dimensional: Experimental steps are divided into experimental tasks (text prompt tasks) -Dhole digging (select arbitrarily digging models, at this time, you can select any noodles in the XYZ space coordinate, the model can be switched at the same time, and a coordinate slider appears appears. According to the size of the slider, the model appears with a corresponding degree of cutting surface) -the pore diameter change (select 1-4 aperture)-rear pores-select projection (enter the answering interface, select the three-dimensional projection map completed at this time in 8 items)