Outdoor Communication Energy Cabinet with Wind Turbine

Outdoor Communication Energy Cabinet with Wind Turbine

HJ-SG-D03 hybrid site-energy cabinet coordinating 4.4 kW solar, 0.6–2 kW wind and 20 kWh LFP storage for monitored remote communications.

Product Features

  • Primary −48 V DC output for communications equipment.
  • Optional 220 V AC, −24 V DC and −12 V DC outputs.
  • Optional diesel generator range listed at 8–20 kW.
  • Source-priority control and RS485 cabinet monitoring with environmental sensor inputs.

The Outdoor Communication Energy Cabinet with Wind Turbine combines complementary energy sources for locations where grid or diesel dependence is a project concern. HJ-SG-D03 coordinates solar, wind, battery and grid paths, with an optional diesel generator input.

The documented configuration includes 4.4 kW PV capacity, 0.6–2 kW wind capacity and 20 kWh of LFP storage. These are equipment capacities rather than a forecast of daily energy production: solar availability, turbine siting and the communications load determine how effectively the sources can support the station.

Selection & Configuration

Use measured or defensible local wind and solar data in an hourly energy model. Define battery-only autonomy, source priorities and behavior during prolonged low generation. Turbine foundation, mast, cabling and safe maintenance access need their own design review alongside cabinet positioning.

Manufacturing & Customization

Huijue Group can review OEM/private-label hybrid packages and source layouts from drawings or sample assemblies. Turbine interfaces, auxiliary voltages and cabinet changes depend on engineering feasibility, tooling, validation tests, quantity and agreement on generator, mast and civil-work delivery scope.

Information for an Accurate Quotation

Send hourly load, solar/wind resource, autonomy target, grid/diesel availability, required output voltages, turbine position/civil drawings, ambient/altitude data and monitoring points.

Technical Parameters

ModelHJ-SG-D03
PV capacity4.4 kW
Wind capacity0.6–2 kW
Optional diesel generator8–20 kW
Battery20 kWh LFP
Primary DC output-48 V DC
Optional outputs220 V AC / -24 V DC / -12 V DC
ProtectionIP55
CommunicationRS485

Applications

  • Remote telecom base stations
  • Industrial communications sites
  • Off-grid monitoring where both solar and wind resources justify integration

Installation Notes

The cabinet is listed as IP55, with a published −20°C to 75°C operating range and separate −40°C start capability. Confirm continuous operation, component limits and wind-system environmental requirements for the actual location.

Buyer Questions

Frequently Asked Questions

Answers specific to Outdoor Communication Energy Cabinet with Wind Turbine selection, configuration and purchasing.

Does a 2 kW wind turbine provide 2 kW continuously?

No. The listed capacity is not continuous energy production. Output depends on the wind resource, turbine characteristics and installation, which must be included in the energy model.

Is the diesel generator compulsory?

It is optional in the documented system. The decision depends on required availability, renewable generation and battery autonomy.

Does −40°C start capability mean continuous operation at −40°C?

The record states start capability separately from the published −20°C to 75°C operating range. Confirm the cold-weather arrangement and continuous operating requirements with engineering.

Are mast and foundation works included?

Their inclusion must be stated in the project scope. Turbine siting, structural design, cabling and civil works require explicit coordination with the cabinet supply.

Related Products

Application planning

Where this product family fits

Use the deployment context to narrow the configuration before comparing dimensions, capacities and options.

Core equipment rooms

Coordinate DC power, distribution, batteries and monitoring around communications loads.

Compact telecom sites

Use integrated or wall-mounted systems where equipment space is limited.

Outdoor base stations

Match generation, storage and power conversion to load and autonomy requirements.

Hybrid and off-grid nodes

Combine grid, solar, battery or generator inputs around a defined operating strategy.

Before quotation: confirm capacity, interfaces, installation environment, power conditions, quantity and required options.