The electric vehicle market in Russia and the CIS countries is experiencing rapid growth, transforming from a niche segment into a full-fledged industry requiring developed infrastructure. Owners electric vehicles People are increasingly faced with a shortage of charging stations, especially outside large cities, which makes the construction of their own electric filling stations (EVS) one of the most promising areas of investment. However, unlike traditional gas stations, this business requires a deep understanding of the specifics of energy networks and complex electronic equipment.
Opening your own station is not just installing a pole with an outlet, but creating a technological unit capable of providing fast and safe charging of dozens of cars per day. Enterprise success directly depends on the correct choice of location, type of installed equipment and proper integration with billing systems. In this article we will analyze all the stages of launching a project, from obtaining technical specifications to connecting the first machine.
It is important to understand that the minimum throughput of a modern EPS should be at least 60-120 kWto compete with existing networks and attract truckers. Low-power projects focused only on slow charging lose profitability due to a low average bill and long terminal downtime. Let's look at where to start and how to avoid common mistakes.
Market analysis and location selection
The first step is to thoroughly survey the area. Geolocation plays a decisive role: the station must be located either in a place with high transit traffic, or in a densely populated area with a shortage of parking spaces with charging. Ideal points are considered to be entrances to large shopping centers, class A business centers, as well as federal highways with an interval of 50-70 km between neighboring electric filling stations.
When choosing a location, it is necessary to take into account not only traffic flow, but also the available electrical power. Installing new power lines may cost more than the station equipment itself. Technical feasibility connection must be checked first, even before concluding a lease or purchase of land. It is often more profitable to rent part of a parking lot from a shopping center, sharing the costs of infrastructure, than to build a separate facility.
Competition in the sector is still small, but it is growing rapidly due to the arrival of large online players. To survive the fight, your station must offer unique selling proposition. This could be covered parking, a seating area with a coffee machine, or integration with popular navigation applications. Without these elements, the driver will prefer the trusted network.
Legal aspects and obtaining permits
The legislative framework for electric transport is under active development, but the basic requirements have already been established. To open an electric filling station, it is necessary to register a legal entity, since the activity of selling electricity and providing charging services requires transparent reporting. The main document regulating the work is Non-discriminatory access rules for electricity transmission services.
The key step is to obtain Technical Conditions (TU) at your local network organization. This document defines the connection parameters, insertion point and requirements for electricity metering. The process of obtaining technical specifications can take from 30 days to several months, depending on the congestion of networks and the need to build new substations. Ignoring this step will result in the impossibility of legally connecting powerful equipment.
⚠️ Attention: Using household outlets or unauthorized connection to city networks for commercial vehicle charging entails huge fines and criminal liability for energy theft.
It is also necessary to develop and approve project documentation, which will include power supply diagrams, a traffic management plan for the gas station area and fire safety measures. After installation of the equipment, it is required to carry out commissioning work and obtain a certificate of approval for operation from Rostekhnadzor.
Equipment selection: types of charging stations
The heart of any electric refueling station is the charging equipment. There are several main types of stations on the modern market, differing in power and connector type. To create a full-fledged commercial outlet, it is necessary to combine different solutions to satisfy the needs of all customers. The main standards now are CHAdeMO, CCS2 and gaining popularity in Russia GB/T.
Direct current (DC) fast charging stations with a power of 60 kW or more are standard for highway gas stations. They allow you to replenish the vehicle's power reserve in 20-40 minutes. Slow alternating current (AC) stations with a power of 7-22 kW are suitable for shopping center parking lots where the car is parked for several hours. The choice of specific equipment depends on your budget and target audience.
Below is a comparison table of the main types of chargers available on the market:
| Station type | Power | Charging time (example) | Main Application |
|---|---|---|---|
| AC (Slow) | 7 - 22 kW | 4 - 8 hours | Offices, shopping centers, residential complexes |
| DC (Medium) | 40 - 60 kW | 1 - 2 hours | City parking |
| DC (Fast) | 120 - 180 kW | 20 - 40 minutes | Routes, hub locations |
| DC (Ultra) | 350 kW+ | 10 - 15 minutes | Trunk corridors |
When purchasing equipment, pay attention to the availability of certificates of conformity and protection against vandals. The station must operate in a wide temperature range, withstand frosts down to -40°C and summer heat. The software must support remote management and integration with payment systems.
Which connector should I choose for Russia?
In current conditions, the optimal solution is to install combined stations with CCS2 and CHAdeMO cables. The GB/T standard is becoming relevant for owners of Chinese electric vehicles, but is not yet mandatory. It is recommended to select equipment with the possibility of software reconfiguration or modular replacement of power units.
Energy supply and technical requirements
Connecting an electric filling station to public networks is the most difficult and costly stage. The power consumption of a modern station with two fast charging stations can reach 120-160 kW, which requires a separate transformer substation. Often existing networks in the chosen location do not have free resources, which forces the investor to build his own infrastructure.
To ensure stable operation and reduce peak loads, it is recommended to implement energy storage systems (ESS) or use buffer batteries. Such systems allow you to charge the station’s battery at night at a low rate, and during the day supply energy to cars, smoothing out consumption peaks and reducing electricity costs. This is especially true for powerful ultrafast chargers.
An important aspect is the quality of electricity. Voltage surges can damage expensive charging station electronics. Therefore, the project must include the installation of voltage stabilizers and surge protection devices. All cable routes must be laid with a margin in cross-section, since in the future the power of the station will most likely have to be increased.
Consider installing your own solar panels over your parking spaces. This will not only create shade for cars, but will also partially compensate for the power consumption of the station during daylight hours.
Software and Billing
Modern electric refueling cannot exist without an intelligent control system. Backend platform (OCPP protocol) connects the charging station, the user and the operator. It is the software that allows the driver to see a free station on the map, book a slot, start charging using a QR code or RFID card and pay for the service.
The choice of software determines the ease of use and reliability of the service. The system must work 24/7 without failures, process transactions in real time and provide detailed statistics to the business owner. It is important that the software supports dynamic load balancing (Load Balancing), which automatically reduces the power at one station if a second vehicle is connected to another, preventing network overload.
Integration with navigation services (Yandex.Maps, 2GIS) and charging aggregators is critical to attracting customers. If your station is not on the map or the free/busy status is not updated in real time, drivers will avoid it. Data Transparency is a key factor of trust in this business.
☑️ Checklist for choosing software for EZS
Project economics and payback
The financial model of electric refueling strongly depends on electricity tariffs for legal entities and the cost of equipment. Major cost items include capital expenditure (CAPEX) for procurement and installation, and operating expenditure (OPEX) for maintenance, land rental and electricity purchases. The average bill is formed from the cost of kWh of energy and the service margin.
The payback period of the project varies from 3 to 7 years. You can speed up the return on investment by installing advertising on station buildings, placing vending machines, or collaborating with neighboring businesses (cafes, shops). Also, profitability increases with increasing utilization rate (Utilization Rate) of equipment.
Government support also plays an important role. There are programs to subsidize part of the cost of installing charging infrastructure, especially as part of the development of tourist routes or urban agglomerations. Participation in such programs can cover up to 50% of equipment costs, significantly improving the economics of the project.
⚠️ Attention: When calculating the economy, do not forget to budget for the annual indexation of electricity tariffs and the cost of maintenance, which can be up to 10% of the cost of equipment per year.
In conclusion, it is worth noting that the electric mobility market is only at the beginning of exponential growth. Investing in infrastructure today means creating an asset that will be in demand for decades. A competent approach to planning and selection of technologies will allow us to take a leading position in the new energy landscape.
The main success factor is not the minimum price of equipment, but the reliability of the network and ease of payment for the user. Saving on software or quality of installation will lead to loss of reputation in the first months of work.
Frequently asked questions (FAQ)
How much does it cost to open a minimal electric gas station?
The cost of launching a small station with two fast charging posts (DC 60 kW) starts from 4-5 million rubles, excluding the cost of connecting to networks and building a substation. If it is necessary to lay new power lines, the budget can increase 2-3 times.
Do you need a license to sell electricity?
To charge electric vehicles, a special license for the sale of electricity is generally not required, since the service is classified as a “charging service” and not a direct sale of electricity. However, it is necessary to conclude an energy supply agreement and have the appropriate OKVED.
What is the service life of the charging station?
The average service life of high-quality charging equipment is 7-10 years, subject to regular maintenance. Power modules may require replacement earlier, after 3-5 years of active use.
Is it possible to install charging in a garage cooperative?
Yes, this is possible, but it requires the consent of the general meeting of GSK members and coordination with the electric grid organization. Most often, cooperatives install slow AC chargers, since the networks cannot withstand powerful DC stations.