An electric vehicle is a means of transportation that uses an electric motor instead of an internal combustion engine. It relies on electrical energy stored in batteries and uses this energy to power the electric motor. In this way, it runs on electricity rather than traditional fossil fuels.
Electric vehicles are among the most ideal choices today because their annual maintenance costs are much lower than those of fossil fuel vehicles, they are environmentally friendly, transportation costs are more economical, and they offer an important solution for a sustainable future.
1. Battery Electric Vehicles (BEV)
--> They are vehicles powered solely by batteries.
-->They do not have internal combustion engines.
2. Plug-in Hybrid Electric Vehicles (PHEV)
-->They have both an internal combustion engine and a rechargeable battery.
-->They can run entirely on electricity for short distances, and when the battery is depleted, the gasoline or diesel engine takes over.
3. Hybrid Electric Vehicles (HEV)
-->They operate using both an internal combustion engine and an electric motor.
-->The electric motor is typically used at low speeds or for short distances.
Eco-friendly: It has lower carbon emissions because it does not consume fossil fuels.
Low operating cost: Electricity is generally cheaper than gasoline or diesel.
Requires less maintenance: It contains fewer moving parts compared to internal combustion engine vehicles, and periodic maintenance occurs at longer mileage intervals.
Quiet operation: Electric motors are very quiet.
Lower taxes: It has a lower tax rate compared to other types of vehicles
Electric vehicle charging units are devices used to charge electric vehicles (EVs)
They are available in homes, workplaces, or public charging stations, and can vary in power levels.
Types of Charging Units
AC (Alternating Current) Charging Units
It is generally used in homes and workplaces.
It provides power ranging from 7 kW to 22 kW and can charge vehicles within a range of 3 to 6 hours, depending on the brand and model.
DC (Direct Current) Charging Units
They are typically found at highway rest areas or places where fast charging is needed.
They can provide power ranging from 30 kW to 720 kW.
They can charge vehicles within a range of 30 to 90 minutes, depending on the brand and model.
Inspection
Site selection and assessment of suitable areas.
Electrical infrastructure analysis and capacity determination.
Selection of charging type (AC/DC) and safety regulations.
Installation/Cost
Construction, electrical connections, and device installation.
Electrical infrastructure, vehicle traffic, parking layout, and security factors are evaluated, and power capacity and charging type (AC/DC) are determined.
AC charging units are less expensive, while DC charging units are more costly.
Service Services
Regular maintenance, software updates, and hardware inspections.
Troubleshooting, customer support, and remote monitoring services.
Energy consumption reporting and performance tracking.
AC Charging Units are devices that do not require periodic maintenance. DC Charging Units, on the other hand, require periodic maintenance due to the air filters they contain and their liquid cooling systems.
Homes, apartment buildings, and site parking lots – Meet the daily charging needs of individual users.
Workplaces and office parking lots – Allow employees to charge their vehicles during work hours.
Shopping malls, hotels, and restaurant parking lots – Offered as an additional service to customers.
Highways and gas station parking lots – Provide fast charging options for long trips.
Public areas and municipal parking lots – Provide easy access in public locations.
Public transport and freight vehicle parking lots – Used for electric trucks, buses, and service vehicles.
Vehicle Compatibility – The charging unit should be compatible with the plug type (Type 2, CCS2, CHAdeMO) and charging power supported by your vehicle.
Charging Power (kW) – The charging unit should be compatible with the plug type (Type 2, CCS2, CHAdeMO) and charging power supported by your vehicle.
Location of Use – Compact AC charging units are suitable for homes, while higher-powered units are ideal for workplaces or commercial areas.
Safety Certifications – High-quality and safe devices with certifications according to international testing standards should be preferred.
Smart Features – Smart functions like Wi-Fi, mobile app, timer, remote control, and energy consumption reporting offer additional benefits.
Installation and Infrastructure Compatibility – Does your electrical infrastructure support the charging power? Suitable panels, wiring, and protection systems are necessary.
Warranty and Service Support – Products offering manufacturer warranties, 24/7 technical support, and spare parts availability should be preferred.
The charging time of your electric vehicle depends on the power of the charging station you use and the battery capacity of your vehicle.
Average Charging Time (for a 60 kWh battery)
3.7 kW (home outlet) – 16–18 hours
7.4 kW (1-phase) – 8–9 hours
11 kW (3-phase) – 5–6 hours
22 kW (3-phase) – 2.5–3 hours
DC fast charging (30–720 kW) – 30–90 minutes
It is compatible with all brands and models.
The Hera ChargePack® Personal offers a charging solution for your home/office with either a wired or socketed model, depending on your infrastructure. By using the RFID card assigned to the device, you can safely start charging your vehicle for personal use.
The Hera ChargePack® Smart/+ offers a charging solution for shared parking areas with either a wired or socketed model, depending on your infrastructure. With the Hera Charge Mobile App, you can manage your charging and charge your vehicle intelligently in shared spaces.
With ChargePack® Personal, you can charge your vehicle using an RFID card or the plug-and-play feature.
With ChargePack® Smart, charging can be started and finished through the Hera Mobile App.
Please consult with your distributors in the relevant country.
The Hera charging unit can be installed quickly, practically, and safely via the connection panel at the rear without opening the main body. Please follow the steps in the video for installation.
When registered on the Hera ChargePack® website at https://www.heracharge.com, your 2-year standard warranty period is extended for an additional year for free. This way, your product will be covered under warranty for a total of 3 years.
With the ChargePack® Personal model, charging can only be initiated using the RFID card that comes inside the product box.
With the ChargePack® Smart/+ model, authorized users can start the charging process through the Hera Charge Mobile App.
Even if your electrical infrastructure is not suitable, the Hera ChargePack® automatic phase detection system allows you to use your 3-phase charging unit on a single-phase infrastructure.
Due to its resistance to all weather conditions and its features meeting the IP54/55 and IK10 standards, it is suitable for use in outdoor environments.
