China BTS Power System Manufacturers Suppliers Factory - Custom BTS Power System

Your Professional BTS Power System Manufacturer!

Zhejiang Shengyang New Energy Co., Ltd., a new energy company established in 2004, specializes in energy storage battery packs, portable power supplies, home energy storage systems, inverters, and other products. Shengyang has established long-term strategic partnerships with thousands of overseas new energy industry clients. We are committed to creating maximum value for our clients and sincerely look forward to collaborating with related companies and industries both domestically and internationally.

48VDC Outdoor Solar Power System
Product name:48VDC Outdoor Solar Power System
Modular Base Station Integrated Power System
The base station energy system is built according to the micro-grid energy system, which is a smart energy solution for communication base stations integrating power management system, energy storage
Telecom Power Cabinet
1. The telecom cabinet is composed of main body, roof, rear panel(door), side panel and the base.. 2. Inside and outside kneading board the band provides ventilates the channel, supports the cabinet

Why Choose Us

Patent Certificate

We have obtained eight patents and ISO 9001 quality management system certification. Our products have received numerous international certifications, including CE, MSDS, and IEC, fully demonstrating our comprehensive strength in technology development and quality management.

Sales Market

Our customers span over 70 countries and regions worldwide, demonstrating our strong market expansion capabilities. We have established a comprehensive service system encompassing technology development, manufacturing, customized solutions, and localized after-sales service, enabling us to provide efficient and professional support to our global customers.

Customization Services

We offer a variety of configuration options to meet our customers' personalized needs. Through scientific system design, rational equipment selection, standardized installation procedures, and comprehensive maintenance services, we ensure a stable and reliable power supply for communications equipment, allowing for flexible adjustments to suit diverse application scenarios.

Product Parameters

Cabinet Parameters
Cabling Entry and Exit Mode	Bottom entry and bottom exit
Noise Level	Meets GR487, noise ≤ 65dB@1.5m, 45℃
Protection Class	IP55
Temperature Control Mode	AC air - conditioner 220vAc/1500w, with backup fan system. In low - temperature areas, a 500W heater needs to be added
Cabinet Space	42U
User Space	16U (After deducting 24U for plug - in frames, power supply, one 15KVA inverter, and 560Ah batteries). Internal space: 420mm420mm
Maximum Battery Capacity	43kwh
MIBF	≥100,000 hours (excluding batteries)
Dimensions	900mm900mm2100mm
Weight	<200KG (excluding modules and batteries)
MPPT Parameters
Operating Temperature	-20℃~+55℃
Input Voltage System	Solar photovoltaic input, rated 68Vdc, maximum 150Vdc
Input Voltage Range	58Vdc~150Vdc
Maximum PV Open - Circuit Voltage	165Vdc
Output DC Voltage Range	42V~58V
Output DC Current	0~68A
Efficiency	Up to 98.2%
Dimensions	41.4 (1U wide) x 287 (deep, excluding LOGO) x 132.3 (3U high)
DC Distribution Module Parameters
Parameters	Parameters
Output Voltage	42VDC--58VDC, rated 53.7VDC/42VD
Maximum Capacity	18KW(6*3KW)
Battery Branch	Dual OT terminals, 2*200A
Primary Power - Off Branch	2125A MCB, 363A MCB
Secondary Power - Off Branch	263A MCB, 232A MCB, 2*16A MCB
DC Lightning Protection	10KA/20KA(8/20us)
AC Distribution Module Parameters
Input System	220/380VAC three - phase four - wire, compatible with single - phase
Input Voltage	Three - phase: 147VAC--519VAC; Single - phase: 85VAC--300VAC
Input Frequency	Rated value 50Hz/60Hz
Input Capacity	1*63A/3P MCB
Lightning Protection	20KA/40KA(8/20us)
AC Output	1KVA/3KVA (capacity optional), output accuracy 220V±3%, 7 - pin national standard socket

Advantages of BTS Power System

Modular Base Station Integrated Power System

Reliability and Uninterrupted Service

Seamless Transition:

Automatic Transfer Switches (ATS) ensure a smooth shift from grid power to backup sources, such as diesel generators or batteries, during utility outages.

Power Bridging:

Batteries can provide power for extended periods, bridging the gap during generator startup or until grid power is restored.

Energy Efficiency and Cost Savings

Hybrid Energy Systems:

Combining solar PV, batteries, and the grid reduces reliance on diesel generators, lowering operational costs and fossil fuel consumption.

Reduced Energy Loss:

The transmission of power via busbar trunking systems can reduce voltage drop and energy losses compared to traditional cables.

Lower Capital Costs:

Hybrid systems can decrease capital expenses by avoiding the acquisition of land for separate infrastructure, such as for electric vehicle (EV) charging stations.

Environmental Benefits

Reduced Emissions:

Minimizing the use of diesel generators significantly reduces CO2 emissions, contributing to "Green Radio" concepts and addressing environmental concerns.

Use of Renewable Energy:

Integration of solar PV systems provides a clean and sustainable power source for BTS operations, especially in remote areas.

Operational Flexibility and Scalability

Remote Monitoring:

Advanced monitoring and control solutions allow for remote management of power parameters and device functions, enhancing operational efficiency.

Flexible Power Distribution:

Busbar systems are highly flexible and can be easily reconfigured to meet changing power demands.

Scalability:

The system's ability to be adapted to various topologies, such as star, chain, tree, or ring, allows for scalable deployment in diverse environments.

Applications of BTS Power System

Telecommunication Infrastructure:

Continuous Cellular Network Power:

The core function is to ensure that BTS equipment—which receives and transmits radio signals to and from mobile phones—has a constant power supply.

Seamless Power Transition:

When grid power fails, the BTS power system uses an ATS to automatically switch to a backup source, like a diesel generator or battery bank, preventing service disruption.

Remote and Rural Site Power:

BTS power systems provide reliable power to sites located in remote or isolated areas, often using a combination of grid power, diesel generators, and renewable energy sources like solar panels and wind turbines.

In-Building Connectivity:

Improved Signal Penetration:

In-building BTS systems boost wireless signal coverage within large structures like office buildings and shopping malls that might otherwise block signals from outdoor macro cells.

Capacity and Quality of Service (QoS) Management:

They can handle increased network traffic in high-density areas and reduce signal latency, thereby improving the overall quality of service for users inside a building.

Emerging Applications:

Electric Vehicle (EV) Charging Stations:

The infrastructure of existing BTS sites can be repurposed to house EV charging stations, offering a cost-effective solution for deploying new charging points without needing separate land or construction.

Hybrid and Renewable Energy Integration:

There is a growing trend to power BTS sites using renewable energy sources such as solar PV panels and wind turbines, often supplemented by batteries or fuel cells, to reduce reliance on diesel generators and lower emissions.

Maintenance of BTS Power System

Scheduled Inspections:

Regular visual inspections of the power system hardware to detect early signs of damage or safety hazards.

Battery Maintenance:

Performing monthly health checks, quarterly boost charging, and bi-yearly drain tests on VRLA (Valve Regulated Lead-Acid) batteries to ensure their efficiency.

Generator Maintenance:

Monitoring fuel levels for diesel generators and performing regular checks and servicing of the generator engine.

Grounding System Check:

Verifying the proper functionality and integrity of the grounding system to protect against electrical surges and lightning.

Power Calibration:

Measuring and calibrating the power output of the BTS to ensure optimal performance.

Filter Cleaning:

Regularly cleaning BTS and BSC air filters to maintain proper operation and prevent overheating.

Packaging and Shipping

FAQ

Q: What is the delivery time?

A: The lead time for stock deliveries is 3-7 business days. Depending on the order quantity, the production lead time for future orders is 15-30 business days.

Q: Do you offer OEM & ODM services?

A: Products can be customized in a variety of ways, including color, logo, shape, and packaging. Please send us the details of your desired customization.

Q: Does your company provide technical support?

A: Yes. We have experienced technical experts who are happy to assist you with technical questions. We also test each component after installation to ensure we have delivered the signaling solution you need.

Q: What is a power system for a BTS?

A: It's the infrastructure, including power generation, transmission, and distribution, that supplies electricity to a cell tower or BTS to keep it operational.

Q: What components are in a BTS power system?

A: Common components include the main power supply, backup systems like Uninterruptible Power Supplies (UPS), batteries for power storage, and devices for monitoring voltage and battery capacity.

Q: Why is power system reliability crucial?

A: A reliable power system ensures that a BTS can consistently serve users, even during power outages or surges, by providing continuous power through backup solutions.

Q: What is the purpose of monitoring a BTS power system?

A: Monitoring devices track voltage, battery levels, and temperature to detect issues, trigger alarms, and ensure optimal performance and early identification of potential problems.

As one of the leading bts power system manufacturers and suppliers in China, we warmly welcome you to buy custom made bts power system from our factory. Good service and quality products are available.

48VDC Outdoor Solar Power System, Modular Base Station Integrated Power System, solar power system