QuatPoint.kz presented power-balancing charging station technology amid the rapid growth of the electric vehicle market
As part of the commercialization competition of JSC “Science Fund,” PolyTech Electronics LLP developed and implemented an innovative technology for manufacturing charging stations with an intelligent power balancing system. The solution enables efficient distribution of available electrical power among connected devices and improves the resilience of energy infrastructure.
The development is entering the market at a time of active growth in the electric transport sector. According to 2026 data, more than 20,000 electric vehicles are already registered in Kazakhstan, and the market has grown twentyfold over the past seven years. In 2025 alone, the number of electric cars increased by about 80%, confirming a steady trend toward electric mobility.
Charging infrastructure is developing as well. If in 2023 the country had about 600 public charging stations, by 2025 their number is projected to exceed 2,000. At the same time, a significant part of the infrastructure is concentrated in major cities: for example, more than 60% of all charging points are located in Almaty. This creates an increased load on power grids and intensifies the need for intelligent power management solutions.
The key feature of the developed technology is dynamic power balancing. The system redistributes the load between stations and connected electric vehicles in real time, making it possible to reduce peak grid loads and reduce operators’ capital expenditures.
The implementation of this technology can increase the efficiency of available power usage by 30–40% and reduce the costs of connecting new stations. In addition to charging infrastructure, the technology has broad application potential.
It should also be emphasized that further growth in the number of electric vehicles will inevitably increase the load on power grids. Under these conditions, intelligent power management solutions are becoming a key element in the development of next-generation energy infrastructure.
The developed technology is already being considered as a basis for scaling the charging network in Kazakhstan and for potential entry into international markets.



