Energy Transformation Service


Energy Transformation Service

With the rapid increase in data traffic, network energy cost also increases in tandem. Meanwhile, international organization and governments are making efforts in energy saving, carbon emission reduction standard and mission to encounter the increasingly serious global energy problem. Telecom operation should also make efforts to reduce emission in order to achieve the overall international and government objectives.

Base on the telecom operator’s requirement and social responsibility understanding, Huawei Energy Transformation Service synergizes the telecom equipments, auxiliary equipments and energy management while providing an end-to-end energy solution around  integrated energy design, integrated energy delivery, energy equipment swap and transfer service. Hence, helping customer to reduce energy OPEX and carbon emission.

Huawei Energy Service provides comprehensive evaluation and analysis about customer existing network’s energy consumption, energy efficiency, professional integrated design base on the application scenario, system integration, verification, safe and reliable delivery. The service solution includes telecom power system modernization, hybrid power system modernization, cooling system modernization and eBIMS (Battery Intelligent Management Service). It is not only to reduce the energy OPEX and carbon emission but also to reduce the modernization investment.

Accurate Energy Efficiency Evaluation: The consumption of equipments and sites are accurately measured and collected through PowerSave energy analysis platform, all application scenario’s energy efficiency will be accurately evaluated.

Professional Integrated Design: With Huawei’s rich energy modernization experience and dedicated design tools, tailored design based on application scenarios can be provided. It includes equipments & components reusing design, power distribution design, swap modernization design and cut-over design. This is to maximize the existing energy equipments, realize the maximum site energy efficiency and reduce the energy modernization cost.