Every device has a unique electrical profile. Isolating that profile and identifying a single
device among hundreds of other devices running simultaneously is the challenge that TPSON
first set out to overcome. Now, with a decade of expert experience, we have succeeded not
only with 97% accuracy, but also with speeds of less than 3 seconds.
Our patented Current Fingerprint Algorithm effectively filters out background noise from
busy power systems and quickly identifies each device connected to that system. Built on a
foundation of 20 million reference data points, our technology integrates edge computing
with the cloud, ensuring fast and reliable results.
The applications for this technology are wide-ranging, from managing energy consumptions
in homes and businesses to monitoring power safety and security with real-time data
analysis. It allows device-level monitoring of energy usage and timely warnings of dangerous
fault states. Our high-frequency current sampling also allows our algorithm to detect and
alert for abnormal equipment states, enabling owners to take measures for preventive
maintenance before more serious problems arise.
In an increasingly electrified and technology-driven world, intelligent energy management is a
must for saving both money and the environment. TPSON’s Current Fingerprint Technology
empowers thousands of homes and businesses with complete knowledge and control over
their energy
Chongqing is a major Chinese municipality with a population of over 32 million. TPSON worked to develop a city-wide Big Data Platform for improved fire safety, fire prevention, and firefighting capabilities. The implementation of this digital infrastructure provides continued protection for the people of Chongqing.
Part I of the United Nations Convention on Biological Diversity took place in Kunming, Yunnan Province in October 2021. This conference hosted international delegates and high-level meetings, which concluded with the establishment of the Kunming Declaration. TPSON provided support for this conference by constructing the digital power system that served the venue.
Located in Beijing, Chang’an Avenue is a long, wide road frequented by tourists and government workers alike. A major thoroughfare, Chang’an Avenue boasts government buildings and significant cultural attractions. To promote safety at this vital location, TPSON installed 2000 electrical fire monitors, 300 e-bike charging detectors, and 2000 charging stations.
CALB is one of China’s leading manufacturers of lithium-ion batteries for electric vehicles and grid storage. TPSON built its smart microgrid management system, proving our functionality in industrial parks in addition to commercial and residential buildings. This system is capable not only of basic data interaction, but also operation optimization through the precise management of the power source, grid, loads, and storage.
With education increasingly implementing new technology in its curricula, universities must also proactively implement modern fire safety systems designed with modern electronics in mind. TPSON has worked with numerous top-ranking Chinese universities to build new fire safety systems, including Shandong University, Southwest Jiaotong University, and Hebei University of Technology.
