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HUIJUE GROUPENERGY CREATES A BETTER LIFE
ABOUT HUIJUE GROUP

Telecom energy engineering backed by manufacturing

Huijue Group combines communications infrastructure experience with solar, energy storage, power conversion, outdoor enclosures and digital energy management.
COMMUNICATIONS + ENERGY

Telecom equipment and site power under one engineering scope

Huijue supports telecom operators, tower companies, EPC contractors, distributors and infrastructure owners with purpose-built site-energy systems. The wider HJ Group public profile traces its development from communications equipment manufacturing into the combined model of communications products, energy storage and system integration. Our engineering process begins with the 24-hour load profile, source availability, outage behavior, climate, physical access and availability target—not a fixed product bundle. Each system can combine photovoltaic generation, LiFePO4 storage, equipment-compatible DC or AC power, grid or generator inputs, outdoor enclosures and remote energy management. Review the telecom site energy scope
2002Group established
350,000 m²Published production footprint
1,000+Employees
200+Patents held
120+Countries with product applications
6,000+Engineering cases
Group-profile figures published by HighJoule (HJ Group). Figures should be reconfirmed for formal tender submissions.
Communications foundationExperience with ICT infrastructure, mobile communications, outdoor equipment and mission-critical DC loads.
Energy-system integrationPV, batteries, rectifiers, MPPT control, distribution, cabinets and monitoring engineered as one power path.
Custom + standardized supplySite engineering is based on repeatable equipment platforms, factory integration and documented interfaces.
Lifecycle responsibilityDesign inputs, inspection, commissioning guidance, remote diagnostics and operating-performance review.
WHY HUIJUE FOR TELECOM ENERGY

Where telecom, power and site engineering meet

A dependable telecom site-energy system is not defined by its panels or batteries alone. Reliability comes from matching the communications load, energy architecture and physical site into one verifiable design.
01

Understand the telecom load

Radio, transmission, cooling, security, lighting and auxiliary loads behave differently. We define continuous demand, peak current, load priority, future growth and every required voltage window before sizing the energy system.
02

Engineer the energy balance

Solar yield, grid availability, battery operating window, generator strategy and worst-season recovery are modelled together so that autonomy and source priority support the required service level.
03

Integrate for the real environment

Cabinet ingress protection, thermal control, grounding, cable entry, wind loading, corrosion, maintenance access, alarms and communications are resolved for the actual site—not a showroom configuration.
Integrated outdoor telecom energy cabinet installed beside a solar-powered communication site Integrated MPPT solar control, rectifier and protected DC distribution equipment
R&D AND MANUFACTURING

From system architecture to repeatable production

Huijue’s published R&D structure connects its Shanghai headquarters with system integration, ICT infrastructure, mobile communications and smart-energy teams. The wider group profile describes two Jiangsu production bases: one focused on customized energy-storage design and production, and another focused on standardized production.
  • Market-driven development: project feedback is translated into product requirements, interface improvements and repeatable configurations.
  • Integrated engineering: electrical, mechanical, thermal, control and communications disciplines meet at the cabinet and site boundary.
  • Production discipline: assembly, inspection, parameter configuration, functional testing and documentation support repeatable delivery.
  • Innovation investment: Huijue’s official profile reports 21% of its team working in R&D and more than 4% of sales revenue invested in R&D over the last three years.
FROM FACTORY TO OPERATING SITE

Integration quality continues through commissioning

Before a site enters service, the interfaces, settings, protection, documentation and field checks must agree with the approved design.
Engineers performing functional testing on an integrated telecom energy cabinet
FACTORY INTEGRATION

Verified before shipment

Cabinet assembly, wiring inspection, parameter configuration and functional checks create a traceable handover package for installation teams.
  • Electrical and mechanical inspection
  • Control and alarm verification
  • Project documentation and export preparation
Field engineer commissioning a solar and battery power cabinet at a remote telecom site
FIELD COMMISSIONING

Accepted as one energy system

Site checks confirm source inputs, battery behavior, DC continuity, alarms and operating logic under the actual installation conditions.
  • Installation and polarity checks
  • Source-priority and reserve settings
  • Monitoring, training and handover support
PROCUREMENT CONFIDENCE

Documents buyers should expect before approval

Approval teams need traceable assumptions, interface definitions, settings and acceptance criteria. The same record should remain useful during installation and operation.
Design basisSite inputs, load profile, autonomy target, environmental conditions, operating modes and stated engineering assumptions.
Energy modelSource balance, worst-season performance, battery state-of-charge behavior, recovery logic and growth margin.
Electrical packageSingle-line diagram, equipment ratings, cable and protection schedule, grounding concept and interface definition.
Equipment recordApproved bill of materials, model-specific datasheets, drawings, settings, labels and communication protocols.
Factory verificationInspection points, functional checks, alarm tests, configuration records and agreed factory-acceptance scope.
Site handoverInstallation guidance, commissioning checklist, acceptance records, training material and as-built documentation.
Compliance applies to the stated model and destination.Applicable IEC, transport, battery, EMC, enclosure and local grid requirements are identified during project definition. Certification should always be verified against the exact supplied model and destination market.
GROUP DELIVERY ECOSYSTEM

Our trusted partners

Across Huijue Group and subsidiary delivery programs, we collaborate with established telecom, energy, infrastructure and development organizations worldwide.
CEEC Energy China logo
Viettel logo
Ncell logo
ZTE logo
Mobilink logo
TAWAL logo
Etisalat logo
Enel logo
Moov Africa logo
Canadian Solar logo
JinkoSolar logo
Eskom logo
UNHCR logo
Huawei logo
Sinopec logo
These relationships help project teams coordinate proven technologies, regional infrastructure requirements and repeatable delivery. All partner names and marks remain the property of their respective owners. Discuss a project partnership
GLOBAL PROJECT DELIVERY

A clear responsibility path from inquiry to operation

For a site system or an equipment-only order, Huijue records the supply boundary and interfaces before production so local installers and operators can plan their work.
  1. 01 · DefineLoad, location, sources, autonomy, environment, standards and commercial scope.
  2. 02 · EngineerArchitecture, energy model, ratings, protection, cabinet, controls and documentation.
  3. 03 · IntegrateManufacture, configure, inspect, test, record and prepare for international shipment.
  4. 04 · CommissionSupport installation checks, source logic, alarms, training and acceptance.
  5. 05 · OptimizeReview availability, battery health, solar contribution, generator runtime and alarm quality.
BUYER QUESTIONS

What project teams usually ask first

Can Huijue configure a telecom site energy system for our load and location?
Yes. The preliminary configuration can cover PV generation, storage, rectification, MPPT or hybrid control, distribution, outdoor cabinets, generator or grid interfaces and EMS. Final scope depends on the site data and responsibility boundary.
Can we purchase individual products instead of a turnkey system?
Yes. Modular batteries, rectifiers, controllers, AC-DC power supplies and indoor or outdoor energy cabinets can be supplied separately when the electrical and communication interfaces are clearly defined.
What information is required for a preliminary proposal?
Provide the site location, 24-hour load profile, DC and AC interfaces, grid and generator history, required autonomy, climate, altitude, available installation area, future load growth and applicable standards.
How are quality and acceptance requirements handled?
Inspection points, documentation, factory testing and site-acceptance responsibilities should be agreed in the project specification. Certification is confirmed for the exact models and destination rather than assumed for an entire product family.
START WITH REAL SITE DATA

Discuss your telecom energy project with our engineering team.

Request Proposal