AC EV Charger

The Bluestone EV Charger EV3
is an electric car charger with full functions
that fit all in one device.

It is an AC charger with a maximum power output of 22 kW, supporting single-phase and three-phase power sources. It comes in both Basic and IoT models that include a built-in Wi-Fi feature to conveniently control and monitor the charging status, set charging time, current and voltage limits, and even view past charging records for calculating power usage costs via a web application on smartphones. Furthermore, the device can grant access for users through RFID cards. The BLUESTONE EV Charger is designed for ease of use, with a complete safety system, and professional team support and consultation, offering installation services according to electricity standards.

>> IEC 61851-1 ,IEC 61851-21-2 (Tested by PTEC Institute)
>> IP65 (Protects against water and dust)
>> Provincial Electricity Authority (PEA) product list
>> Energy saving no.5 label (2 Stars - Efficiency 99.521%)

Play Video

Compare features

AC EV Charger

Customer Journey

AC EV Charger

Scan QR code

Scan the QR code on the EV charger to get on web application.

AC EV Charger

Connected

Connect EV charger connector to the EV

AC EV Charger

Charge

Press charge now or set charging schedule

AC EV Charger

Finish

Show finish status with total energy on the screen

Features

It is an electric car charger with a size of 22 kW 3Phase 32A and a size of 7.4 kW Single Phase 32A.

An identity verification system has been installed. To show charging rights via RFID/NFC, which can be used by both RFID Card and Smart Phone (Android).

Comes with an electrical leakage protection system, both AC/DC, and also installed a surge protection device (Surge Protection) to prevent damage. Both of the charger and the car while charging

Energy Meter to measure charging power to be used in calculating expenses as well.

AC EV Charger

Setting charging time in advance Can be done via Web application (only IoT models)

User charging history report Time to start charging time Energy used It also reports the amount of charging per month. of each user as well.

There is a push button to start charging with a light indicating the button's ready status. and stop working in an emergency via the Emergency Stop button under the machine.

Install communication equipment between the user and the machine. It communicates via Wi-Fi, Modbus RTU and Modbus TCP to be able to carry charging information. Go create an expense management system. Can be combined with building management.

FAQs

Check your house electric meter whether it is 15(45) or 30(100).

If anyone is afraid that having EV charging at home will cause breaker tripping, and needs to decide whether to have EV charging or turn on the AC, and does not want to change the house electric meter to 30(100), we have solutions.

Solution 1: Use the EV charger that is IoT model. This model allows current adjusting so that the current will not exceed the breaker limit.

Solution 2: Install an Energy Management device to adjust the current automatically to not exceed the breaker threshold.

If anyone is afraid that having EV charging at home will cause breaker tripping, needs to decide whether to have EV charging or turn on the AC, and does not want to change the house electric meter to 30(100), we have solutions.

Solution 1: Use the IoT EV charger model. This model allows current adjusting so that the current will not exceed the breaker limit.

Solution 2: Install an Energy Management device to adjust the current automatically to not exceed the breaker threshold.

Yes. The charger is tested for IP65, which means it can be installed outdoors in sunlight and rain.

Bluestone EV charger, model 22kW IoT, is registered under PEA (Provincial Electricity Authority). Therefore, the charging fee is as cheap as 2.9162 Baht/unit. (Subjected to the conditions of those who are using the Low Priority system)

EV charger should be installed near parking spot as charging connector is usually 5 or 7 meters.

Reviews

Example Title 1

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Mauris tempus nisl vitae magna pulvinar laoreet.

Author

Example Title 2

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Mauris tempus nisl vitae magna pulvinar laoreet.

Author

Example Title 3

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Mauris tempus nisl vitae magna pulvinar laoreet.

Author

Energy Management System