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Dome 6.10 Classic system connection set

Photovoltaic protection panel for 3 inputs + 3 outputs. 1000Vdc, 15A per input, with fuse and fuse base. Enclosure with 18 modules in ABS. MC4 connectors.

Photovoltaic protection panel for 4 inputs + 4 outputs. 1000Vdc, 15A per input, with fuse and fuse base. Enclosure of 2x12 modules in ABS. MC4 connectors.

Photovoltaic protection panel for 8 inputs + 8 outputs. 1000Vdc, 15A per input, with fuse and fuse base. Envelope of 3x18 modules. With MC4 connectors.

Mounted anti combiner type photovoltaic protection panel
in a 600X400X250 IP65 polyester cabinet composed of
input by 200A NH1 type fuses + Fuse Bases,
outputs using 20A 1000vdc fuses with protection of
surges. Cable gland, assembled and pre-wired

North solar PARKING structure with capacity for 2 spaces, galvanized finish without roof sheet
3 Kits 01V5 K2 singlerail structure
Capacity for 15 panels between 1m-1.13m x 2.1m-2.3m

Stops power losses
Prevents the PID effect
Measures insulation resistance.
IP56
MC4 connection
Output for 3 MPPT, chains up to 1000V with common negative
3 relay output

Assembly and fire protection system

digital anemometer

SUNMETER PRO WIND with LAMINATED solar cell with
SOLAR GLASS and with the same elements as in PV
module. Class A; Modbus RS485 output, Irradiance
Previous ± 2.1%, Previous Temp. ± 0.5°C, wind speed. Houses in
anodized aluminum. With mounting bracket and
Temperature probe input. Accuracy 2.%. service
recalibration after 12/18 months included.

For communication with a pulse anemometer it is necessary:
- 2 x M12 Male 8 pin
- 1 x M12 Y connector for Soluzione anemometer
- 1 x M12 Female 8 pin output to datalogger

Flat washer Wide wing

Trina 575Wp TSM-DE19R VERTEX

Custom photovoltaic protection panel with 4 inputs and 1
outlet with polyester envelope IP66 measurements
H530xW430xD200mm, with 1000Vdc-160A disconnector with
direct drive, 40kA 1000vdc + surge protector
1000vdc 63A NH1 type fuses and fuse holders, connections
with cable gland, assembled and pre-wired

Temperature sensor by modulului will increase the temperature of the solar panourilor spate in Celsius (°C) folosind or PT1000 probe. Probe, folosită pentru măsurarea temperaturii părții din spate a modulului, este plasată între două foi din spate cu lie EVA. This temperature sensor module is compatible with the bottom of the SEVEN temperature sensor.

Main advantage of the sensor is this structure, which is similar to the part in the spate of the photovoltaic module. Mainly, the transfer behavior of heat to the sensor and the photovoltaic module is similar, this is the case.

Part number 3S-MT-PT1000
Senzor tip PT1000
Temperature range -40°C to +85°C
Accuracy ±0.1°C
Rezoluție 0.1°C
Ieșire PT1000
Electrical connection LIYYC11Y PUR Cable of 3 m, resistant to UV rays and intemperii
Operating temperature -40°C to +85°C
Sensor capacity size Ø 35mm x 3mm
Greutate 77 gr
Evaluate IP IP 67
Material capac senzor Foaie din spate laminată (EVA – Tedlar)
Mounting method Autocolant 3m pe spatele panoului
Standardul Class A conform to IEC 60751:2022

M12 Y connector for Soluzione anemometer

Observations:
Photovoltaic inverters and PCS are available from different manufacturers.
Notes:
Project needs: They need a timer to charge or discharge the batteries. The programmer would cause the batteries to be charged at their maximum power, but always limited to the energy they obtain from the photovoltaic (you never want to consume energy from the grid). This time programmer should be able to be manipulated through a website/mobile application. Monitoring is included
Solution proposal: Renlogger in the plant. (Technical room). They have internet connection there (equipment included in the offer). In Renlogger we would set up: GWTCP to collect information from investors
(photovoltaic and bidirectional) On the GWTCP we integrated a specific regulator according to its needs with time control that would send the orders to the bidirectional inverters according to the time and the power produced. Web server with a basic interface (responsive to be able to manage it from your mobile) that allows you to adjust the regulator parameters (and perhaps see instantaneous data from the plant at all times).

Circutor Network Analyzer CVM-E3-MINI-MC-485-IC ref. M56454.

Electric vehicle charging protection panel according to ITC-BT-52.
2 Poles, 32A, POP 50:550 permanent and transient overvoltage protection.

Electric vehicle charging protection panel according to ITC-BT-52.
2 Poles, 40A, POP 50:550 permanent and transient overvoltage protection.