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Outdoor UPS with air conditioning used in telecom project in the UAE

Telecom Application Project: Outdoor UPS with cabinet air conditioner

UAE projects: 150 telecom base stations

This project serves customized 150 telecom base stations across the United Arab Emirates (UAE), adopting CONSNANT’s integrated outdoor UPS cabinet solution equipped with dedicated cabinet air conditioners. Located in a typical hyper-arid tropical desert climate zone, the UAE features extreme ambient conditions including scorching summer temperatures exceeding 50°C, drastic day-night temperature differences, frequent sand and dust storms, and occasional unstable grid power. As core outdoor infrastructure for local telecom networks, base stations face severe operational challenges from harsh outdoor environments. To guarantee 24/7 stable operation of telecom network equipment and adapt to the UAE’s extreme climatic conditions, we delivered an all-in-one power protection and constant temperature control solution, solving the pain points of poor environmental adaptability, unstable power supply and high operation and maintenance costs of traditional base station supporting facilities in desert regions.

Core Solution Advantages

1. Integrated Integrated Design, Strong Environmental Adaptability
All core equipment including UPS power supply units and environmental control cabinets are independently designed and manufactured by CONSNANT. The highly integrated structural design realizes perfect matching and seamless docking of all modules. The overall cabinet features high structural rigidity and excellent ruggedness, which can resist severe outdoor working conditions such as strong wind, rain erosion and temperature alternation, ensuring long-term stable operation of equipment in complex overseas environments and greatly improving the durability of base station supporting systems.
2. Intelligent Constant Temperature Control, Extend Equipment Service Life
The supporting high-efficiency cabinet air conditioner realizes full-year precise temperature regulation inside the cabinet. It can effectively avoid equipment failure and performance degradation caused by high-temperature overheating in summer and low-temperature freezing in winter, maintain the optimal constant-temperature operating environment for internal precision telecom electronic components, greatly reduce equipment failure rates, and significantly extend the service life of base station core equipment.
3. Pure Sine Wave UPS, Stable Uninterrupted Power Supply
Equipped with high-performance pure sine wave outdoor UPS system, the solution can output pure and stable power for precision telecom equipment. It effectively resists various power anomalies such as grid power failure, voltage surge and voltage fluctuation, realizes seamless switching of power supply, guarantees zero interruption of base station network signal and data transmission, and supports all-weather stable operation of telecom networks.
4. High Energy Saving & Low TCO, Reduce Operation Costs
The whole system adopts energy-saving optimized design, with high overall operation efficiency and low energy consumption, which effectively reduces the daily power consumption and operation cost of base stations. Meanwhile, the integrated and durable structural design minimizes later maintenance frequency and maintenance investment, lower effectively the total cost of ownership (TCO) of the project and bringing long-term economic benefits for customers.
With integrated power protection and intelligent constant temperature control capabilities, CONSNANT’s outdoor UPS cabinet solution provides solid and reliable infrastructure guarantee for 150 overseas telecom base stations. It effectively solves various unstable factors in outdoor operation, realizes high-reliability, low-energy-consumption and low-maintenance operation of telecom base station equipment, and helps customers build a more stable and efficient global telecom network system.

Choose CONSNANT for a reliable, efficient and fully integrated power protection system to keep your telecommunications network running.

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