Off-Grid Satellite Communication Energy Cabinet

Off-Grid Satellite Communication Energy Cabinet

PV and battery cabinets for off-grid satellite sites, with 1 kW or 3 kW 48 V DC outputs and separate limited-capacity 110 V AC auxiliaries.

Product Features

  • HJ-PS-0105K: 1000 W maximum DC output, 300 W maximum AC output and 30 A maximum MPPT current.
  • HJ-PS-0315K: 3000 W maximum DC output, 500 W maximum AC output and 80 A maximum MPPT current.
  • Both list provision for one to four 100 Ah lithium batteries.
  • Enclosures measure 750 × 700 × 625 mm and 1600 × 600 × 600 mm respectively.

The Off-Grid Satellite Communication Energy Cabinet supports communications locations beyond dependable utility service. PV charging, lithium battery provision, distribution and thermal management are arranged as one site system, with local and remote maintenance functions.

HJ-PS-0105K and HJ-PS-0315K serve different power levels. Both provide a 48 V DC load path and a separate 110 V AC auxiliary output. A satellite site with mixed loads should list these separately so an AC accessory does not inadvertently exceed the auxiliary inverter capacity.

Selection & Configuration

Calculate daily energy demand and backup hours alongside instantaneous output power. Check PV string conditions, usable battery energy and low-sun recovery. Define which indoor/outdoor build and floor/pole arrangement is required before approving mechanical installation.

Manufacturing & Customization

Huijue Group can evaluate satellite-site OEM assemblies, private-label treatment and sample/drawing-based cabinet layouts. Output arrangements, battery quantity and mounting require engineering confirmation of feasibility, tooling, verification tests, production quantity and the boundary of supplied PV and site works.

Information for an Accurate Quotation

Provide satellite equipment and auxiliary loads, daily watt-hours, autonomy target, solar resource, PV area, battery count, installation format and remote monitoring requirements.

Technical Parameters

ModelHJ-PS-0105KHJ-PS-0315K
Capacity1000 W3000 W
Maximum MPPT current30 A80 A
Dimensions750 × 700 × 625 mm1600 × 600 × 600 mm
DC output48 V DC, max. 1000 W48 V DC, max. 3000 W
AC output110 V AC, max. 300 W110 V AC, max. 500 W
Battery interface11
Lithium battery provision1–4 × 100 Ah1–4 × 100 Ah
Protection ratingIP55 / IP20IP55 / IP20

Applications

  • Remote satellite communications terminals
  • Field telecom nodes without stable mains
  • Rooftop or pole sites combining DC communications and small AC auxiliaries

Installation Notes

IP55 and IP20 configurations are listed for outdoor and indoor project arrangements. Confirm the exact enclosure, temperature-control package, mounting weight and access clearances for the site.

Buyer Questions

Frequently Asked Questions

Answers specific to Off-Grid Satellite Communication Energy Cabinet selection, configuration and purchasing.

Can the 3 kW cabinet supply 3 kW at 110 V AC?

Its documented 3 kW output is the 48 V DC path. The separate 110 V AC output is listed at a maximum of 500 W.

Are four 100 Ah batteries included in every cabinet?

The record gives a provision of one to four batteries, not a fixed supplied quantity. Specify the required configuration from the autonomy calculation.

What should be checked for a fully off-grid satellite site?

Use daily consumption and seasonal solar data to check PV production, battery autonomy and recovery after poor weather. Also define how the site responds if available energy is exhausted.

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.