Founded in 2007, Bikece Smart Power (Henan) Co., Ltd. Is a new-type technological enterprise engaged in preventive tests of power equipment, live detection of power equipment and smart energy management by leveraging industrial Internet of Things, big data analysis and processing as well as cloud computing technologies.

Adhering to the corporate vision of "Becoming an innovative leader in smart power consumption and empowering strivers" and the core values of "Efficient & Pragmatic, Embrace Changes, Win-win for All", we pursue the mission of "Safeguarding global power consumption security with exquisite technologies and high-quality services". We provide smarter, more reliable and comprehensive testing services and smart operation and maintenance services for power systems, driving the digitalization, cloudification and intellectualization of power systems.

Committed to independent innovation and responsive to market changes, we rely on strong technological strength to continuously improve power system testing services, while R&Ding new products and expanding our product portfolio. Our core businesses and products mainly include: Live detection services for substations, live detection services for distribution networks, distribution network automation equipment, integrated automation systems for substations, dynamic environment monitoring systems for transformer and distribution rooms, smart energy management systems, building energy-saving systems, and grid-connected tests for photovoltaic systems, etc.

"Customer First" is our enduring philosophy, and customer needs guide our development direction. Bikece Smart Power provides customers with personalized butler-style services, addressing their demands in technical consultation, remote diagnosis, functional inspection, regular system optimization, skill upgrading and other aspects. We help customers achieve the goals of reliable, safe, economical, efficient and low-carbon power consumption, and give full play to our technological advantages to guard the safe operation of power systems.