NARADA Telecom Power Solutions | BeiLuo Distributor

About Telecom Power Solutions

Narada's telecom power solutions include specialized batteries, power systems, and integrated solutions designed specifically for telecommunications infrastructure.

As an authorized distributor of NARADA, BeiLuo provides a comprehensive range of Telecom Power Solutions products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right Telecom Power Solutions

Product List

2 products available

Part Number ↕	Capacity ↕	Voltage ↕	Dimensions ↕	Weight ↕	Terminal Type ↕	Package ↕	Stock Status	Action
TEL12-150FT	150Ah @ 10hr rate	12V	551 x 125 x 311mm	45kg	Front M8 insert	-	In Stock	View Details
HTB12-100	100Ah @ 10hr rate	12V	330 x 171 x 214mm	32kg	M8 insert	-	In Stock	View Details

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Frequently Asked Questions

What battery types are best for telecom base stations?

Telecom base station battery selection depends on site conditions: 1) Indoor climate-controlled sites - standard VRLA batteries offer lowest cost

2) Outdoor cabinets - front-terminal VRLA batteries for easy maintenance access

3) High-temperature sites (> 30°C average) - high-temperature VRLA or lithium-ion batteries

4) Remote sites with limited access - long-life (15-year) batteries or lithium-ion

5) Sites with frequent outages - lithium-ion for deep cycling capability. For 5G deployments with higher power requirements, lithium-ion is increasingly preferred due to higher energy density and longer life. Narada offers all these options with telecom-specific features.

Contact our FAE team for site assessment and battery selection based on your specific conditions.

How do I calculate battery capacity for telecom backup?

Telecom battery sizing calculation: 1) Determine load current - sum of all equipment currents (typically 20-100A for macro sites)

2) Specify required backup time - typically 2-8 hours depending on grid reliability and generator availability

3) Calculate ampere-hours: Ah = Load Current (A) x Backup Hours

4) Add aging factor - 25% for VRLA to account for end-of-life capacity

5) Add temperature derating - consult curves for high-temperature sites

6) Select standard capacity from available sizes. Example: 50A load, 4 hours backup, 25% aging margin: 50 x 4 x 1.25 = 250Ah minimum. Consider future load growth (typically 20-30%).

What is the difference between front-terminal and top-terminal batteries?

Front-terminal vs top-terminal batteries for telecom: Front-terminal advantages: 1) Maintenance access from front without removing batteries from rack

2) Ideal for cabinet installations with limited top clearance

3) Standard 19-inch rack mounting

4) Easier voltage monitoring and testing. Top-terminal advantages: 1) Lower cost for same capacity

2) More compact footprint

3) Shorter current path for high-rate discharge

4) Traditional design with widespread availability. Front-terminal is preferred for telecom cabinets and outdoor enclosures where maintenance access is limited. Top-terminal is suitable for battery rooms with good access. Narada offers both types with telecom-optimized designs.

Choose front-terminal for cabinet installations, top-terminal for battery rooms. Contact us for installation guidance.

How do high-temperature batteries differ from standard batteries?

High-temperature batteries for telecom applications feature: 1) Enhanced alloy formulations that resist corrosion at high temperatures

2) Thicker plates for longer life under thermal stress

3) Modified separators for improved electrolyte retention

4) Higher electrolyte density for improved performance

5) Special vent designs for water conservation. Performance at 35°C: Standard batteries lose ~50% life vs 25°C rating

High-temperature batteries lose only ~20% life. This makes them ideal for outdoor cabinets in hot climates where cooling is limited. The trade-off is slightly higher cost (10-20%) vs standard batteries, but significantly lower total cost of ownership in high-temperature applications.

Use high-temperature batteries for sites with average temperature > 30°C. Contact us for temperature assessment.

What maintenance is required for telecom battery systems?

Telecom battery maintenance best practices: Monthly - visual inspection via remote monitoring, alarm check

Quarterly - site visit for physical inspection, voltage check on sample cells, connection torque verification, temperature verification

Annually - comprehensive testing including impedance testing, capacity test on sample batteries, detailed connection inspection, cleaning. VRLA batteries are maintenance-free regarding electrolyte but require monitoring. Lithium-ion batteries require minimal maintenance with BMS handling cell balancing. Remote monitoring systems can reduce site visits by providing early warning of issues. Proper maintenance extends battery life and prevents unexpected failures.