As 5G networks expand toward higher capacity, wider coverage, and more distributed infrastructure, reliable power has become a critical part of telecom site performance. The 5G Outdoor DC Power Supply Panel from HAGOE is designed to provide an integrated outdoor power solution that combines DC power conversion, AC/DC distribution, battery management, monitoring, thermal management, and protection in one cabinet.
A modern telecom site needs more than a conventional electrical distribution cabinet. Outdoor 5G equipment must operate continuously while facing temperature changes, humidity, dust, lightning surges, battery aging, limited installation space, and remote maintenance requirements. An integrated 5G Outdoor DC Power Supply Panel can address these challenges by combining multiple power-management functions into a coordinated outdoor system.
HAGOE's H5GY Series is an outdoor integrated 48V DC power solution designed for 5G and 4G base stations, FTTx networks, data communication equipment, access networks, and unattended telecom sites. The system supports 200A and 300A configurations, IP55 cabinet protection, multiple communication interfaces, battery management, monitoring, and customizable distribution arrangements.
5G infrastructure depends on a large number of communication sites distributed across cities, industrial areas, transportation networks, commercial zones, and remote locations. Unlike indoor equipment rooms, outdoor telecom sites are directly exposed to environmental conditions that can affect electrical equipment and battery performance.
A dependable outdoor power architecture therefore needs to address several challenges simultaneously:
For these reasons, an integrated power cabinet can be more practical than assembling multiple independent power-management components at every telecom location.
A 5G Outdoor DC Power Supply Panel is an outdoor telecom power system designed to supply, distribute, monitor, and protect DC power for communication equipment. Depending on the project configuration, the cabinet can combine AC/DC distribution, rectifier modules, battery systems, monitoring functions, thermal management, and surge protection.
The HAGOE H5GY Series uses an integrated cabinet architecture intended for 5G and 4G communication sites. Its 48V DC power architecture can be configured around the actual requirements of telecom equipment instead of relying on a single fixed configuration.
This approach is particularly useful for telecom contractors, EPC companies, distributors, and system integrators that need to balance power capacity, backup requirements, cabinet dimensions, environmental conditions, and remote monitoring requirements.
Instead of installing separate cabinets for every power-management function, an integrated outdoor system can bring major components together in one coordinated enclosure. This can simplify installation, improve space utilization, and make site-level maintenance more straightforward.
Telecom equipment commonly relies on DC power architectures, making stable DC output an essential consideration for base stations and communication nodes. The H5GY Series can integrate 48V DC power supply components, rectifier modules, AC/DC distribution, battery systems, and monitoring modules according to project requirements.
Outdoor telecom cabinets must be designed differently from indoor electrical panels. The H5GY Series provides an IP55 outdoor cabinet configuration to help protect internal electrical components from common environmental exposure.
Battery backup allows telecom equipment to continue operating during selected power interruptions. The integrated monitoring architecture can support battery capacity calculation, temperature compensation, online battery testing, automatic voltage regulation, and current limiting.
Heat management is important because power electronics and batteries may respond differently to temperature. The H5GY Series uses air-duct isolation technology between the equipment compartment and battery compartment to help reduce the effect of heat generated by power electronics on the battery area.
Modern telecom operators increasingly require remote access to power-system information. Depending on the selected configuration, the system supports RS232, RS485, TCP/IP, RJ45, and dry-contact communication interfaces. CDT, Modbus, and IEC 61850 communication protocols can also be configured as options.
The system can be configured with large-capacity memory capable of storing more than 500,000 historical fault and operating records. This can provide useful information for maintenance analysis and troubleshooting.
Choosing a telecom power cabinet should be based on actual load calculations and site requirements rather than cabinet capacity alone. The following specifications illustrate the configurable architecture available for the HAGOE system.
| Configuration Item | Technical Parameter | Configuration |
|---|---|---|
| System Type | Outdoor integrated DC power system | Standard architecture |
| Capacity Options | 200A / 300A | Project dependent |
| Outdoor Protection | IP55 | Standard cabinet protection |
| Input Voltage | AC 380V ±20% | Standard |
| Rated Frequency | 50Hz ±10% | Standard |
| Communication | RS232 / RS485 / TCP/IP / Dry Contact | Configurable |
| Charging Modules | 10A, 20A, 30A or other specified configurations | Required |
| Battery Inspection | Up to 4 modules | Required |
| Battery Monitoring | Up to 32 modules | Optional |
| Inverter Module | 1K / 2K / 3K / 5K | Optional |
| Cabinet Size | 800 × 600 × 2260mm or 2360mm | Customizable |
Final rectifier quantity, battery capacity, circuit-breaker arrangement, input/output configuration, and backup duration should be confirmed through project load calculations before procurement.
The primary application is outdoor cellular infrastructure. A centralized outdoor DC power cabinet can provide power conversion, battery backup, distribution, and monitoring for communication equipment.
Fiber-access networks often include numerous distributed communication nodes. An integrated outdoor cabinet can combine power conversion, backup power, monitoring, and distribution in a compact solution.
Communication and access equipment requiring a centralized DC power source can benefit from remote monitoring, battery management, and configurable distribution.
Remote sites can be difficult and expensive to inspect frequently. Outdoor protection, environmental monitoring, battery management, and remote communication help reduce dependence on continuous manual inspection.
When existing 3G or 4G sites are upgraded to 5G, the power system may need to accommodate higher or different load requirements. A configurable DC power cabinet allows engineers to evaluate the new load profile, battery requirements, and distribution arrangement together.
For telecom operators, EPC contractors, and system integrators, selecting the correct system requires more than comparing nominal amperage. Five key factors should be evaluated before placing an order.
Determine the continuous operating load and consider future expansion. This helps establish whether a 200A, 300A, or another configuration is appropriate.
Battery capacity should be calculated according to actual load, required backup duration, battery characteristics, and local operating conditions.
Identify the required number of AC and DC circuits, circuit-breaker positions, input/output groups, and staged power-down requirements.
Confirm whether the existing site management platform requires TCP/IP, RS485, RS232, dry contacts, Modbus, or another communication method.
Ambient temperature, humidity, solar radiation, installation location, ventilation, and maintenance accessibility should all be considered during system selection.
A project-based selection process can help prevent both undersized systems and unnecessary equipment capacity, improving the overall value of the investment.
HAGOE Electric Technology Co., Ltd. has been engaged in electrical equipment manufacturing since 2008, with product coverage extending across DC power systems, UPS/EPS, power distribution, automation control, new energy electrical equipment, and related intelligent power systems.
For international buyers looking for a China manufacturer or supplier, the company's factory-based engineering model can provide a more integrated procurement process covering technical selection, manufacturing, testing, documentation, and export support.
HAGOE integrates R&D, engineering, manufacturing, testing, and export services. Its production capabilities include cabinet fabrication, electrical assembly, monitoring-system integration, system commissioning, and final inspection.
According to the applicable product and certification scope, HAGOE maintains ISO9001, ISO14001, and ISO45001 management systems and has certifications including CCC, CE, CB, and RoHS. The company also reports more than 34 national patents.
For telecom EPC contractors, distributors, and system integrators, HAGOE can support technical selection, customized solution design, quotation preparation, production tracking, inspection documentation, logistics coordination, and remote commissioning.
Yes. Telecom projects often differ in cabinet dimensions, load requirements, battery capacity, communication protocols, distribution architecture, and environmental conditions. A standardized cabinet may therefore require engineering adjustments before deployment.
The H5GY Series can be adapted for project-specific requirements including:
HAGOE also provides OEM and ODM services for international customers, allowing telecom contractors and system integrators to develop a power cabinet around their project specifications rather than adapting their project to a rigid standard configuration.
It is used to provide, distribute, monitor, and protect DC power for outdoor telecom infrastructure such as 5G and 4G base stations, FTTx networks, access networks, and data communication equipment.
The HAGOE H5GY Series supports 200A and 300A configurations. The final capacity should be selected according to actual DC load, future expansion requirements, and battery backup needs.
Yes. The system architecture supports a battery compartment and battery management functions. Battery type, capacity, and quantity should be determined according to the required backup time and project load.
Yes. Depending on configuration, the system can support TCP/IP, RS485, RS232, RJ45, and dry-contact interfaces. Additional communication protocols such as Modbus can also be configured.
The H5GY Series uses an IP55 outdoor cabinet protection configuration, helping the system meet the environmental requirements of outdoor telecom installations.
Yes. HAGOE supports OEM and ODM customization covering cabinet structure, electrical configuration, monitoring interfaces, branding, packaging, and related technical documentation.
HAGOE provides English installation documentation, remote technical guidance, commissioning assistance, operating training, and remote troubleshooting. Support for larger projects can be coordinated according to project requirements.
HAGOE is a manufacturer based in Wenzhou, Zhejiang, China. Established in 2008, the company integrates R&D, manufacturing, testing, sales, and export services.
A reliable power infrastructure is fundamental to maintaining stable 5G communication services. A properly engineered 5G Outdoor DC Power Supply Panel can combine power conversion, distribution, battery backup, monitoring, environmental management, and protection into a coordinated outdoor solution. This integrated approach can simplify site deployment while supporting the reliability requirements of modern telecom networks.
With configurable capacity, IP55 outdoor protection, battery management, remote communication, customizable distribution, and project-oriented engineering support, HAGOE's H5GY Series provides a practical option for telecom operators, EPC contractors, distributors, and system integrators. If you are planning a new 5G site, upgrading an existing telecom network, or sourcing a customized outdoor DC power system from a China manufacturer, contact us to discuss your load requirements, battery backup time, cabinet configuration, communication protocol, and project specifications with the HAGOE engineering team.
