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Integrated dual-gun charger-car charging pile
Integrated dual-gun charger-car charging pile
Integrated dual-gun charger-car charging pile

Integrated dual-gun charger-car charging pile

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Min. Order: 1 Piece/Pieces
Product Attributes

BrandCTT

Packaging & Delivery
Selling Units : Piece/Pieces
CTT TECHNOLOGY (UK) LIMITED Promotional film
Product Description

Many car owners and running sites now urgently require a charging pile with great performance and easy usage as electric cars are becoming more and more popular. The integrated dual-gun charger-car charging pile may play exactly this function.
From the fundamental values, it has steady and consistent power input circumstances; the AC input voltage may reach 380V+15%; and the input frequency is 50Hz±5Hz, thus laying the basis for later efficient charging. Its single-gun output current can reach 250A; its output power is up to 120kW; its DC output voltage range is between 200-750V. Fast charging is a daily habit as this arrangement is enough to satisfy the charging demands of different electric cars, therefore reducing the owner's charge waiting time. Simultaneous with this guarantees the high efficiency of electric energy use and lowers energy waste by the power factor ≥0.99 and the comprehensive efficiency ≥95%.
This charging pile's twin-gun architecture is rather thoughtful, and it can charge two vehicles concurrently. In areas with lots of people and cars like parking lots, it may completely increase the efficiency of charging heaps and help to prevent the humiliating scenario of line-ups.
Its coordinated architecture offers many benefits. With a width*depth* height of 700*450*1900mm, the general form is small. It is simple to construct and set in outdoor locations such roadways, parking lots, and highway service zones. IP54 has great waterproof and dustproof qualities and may be used stably outside for a long period without worry about wind, rain, or dust.
In terms of safety assurance, it realizes the monitoring and control protection of the general operating status, always pays attention to various indicators during the charging process, and can react fast once an anomaly occurs, so ensuring the safety of users' charging in all respects and so enabling every charging to be worry-free.
One may start in many ways. Apart from the standard card swipes and WeChat applet scanning, it provides VIN automated identification. This smart approach simplifies and increases convenience of charging activities. Starting the charging trip is simple for car owners without difficult actions.
Furthermore strong is the communication capability, which supports Ethernet and other means as well as 4G complete network access. Convenient for operators to conduct centralized management and monitoring, the modular design of communication enables it to easily access third-party platforms without any obstacles, so grasping the use of charging piles and fault information in real time provides strong guarantee for efficient operation and continuous service of charging piles.
With its outstanding parameter configuration, pragmatic product features, and strong communication and safety assurance functions, the integrated dual-gun charger - car charging pile has become, in short, a reliable and high-quality choice in the field of electric vehicle charging helping green travel to be smoother and more convenient.

Why Choose Us

Modular and
Customizable Capabilities

Using modular components and a digital platform, we flexibly meet customers' personalized
operational and product needs.

Rapid
Prototyping Support

Utilizing 3D printing and CAD/CAE software, we significantly shorten the product design to
sample verification cycle.

Smart
Manufacturing and Real-Time Monitoring

Leveraging IoT technology, we monitor equipment status and production data in real time to
optimize production cycles and maintain quality.

Scaled
Production Capabilities

With over 100,000 square meters of production space, 2,300 pieces of advanced equipment, and
1,100 production line workers, we support the delivery of large-volume orders.

Precision Sheet Metal Processing Center

FAQ

1.
What are the new technologies in sheet metal
processing at present?


There is fiber laser cutting technology, which has faster cutting speed and
lower energy consumption than traditional laser cutting. There is also
intelligent bending technology, which improves bending accuracy and
efficiency through automated programming and sensor monitoring. In addition,
digital sheet metal processing technology uses CAD/CAM software to achieve
seamless connection from design to processing.

2.
How to deal with changes in sheet metal processing
orders?

When there is a change in the order, the customer should communicate with
the processor in a timely manner and provide detailed information after the
change, such as the revised drawings, the changed quantity or delivery time,
etc. The processor evaluates the impact of the change on the production
schedule, cost, etc., and negotiates with the customer to determine the
terms of the order after the change, such as price adjustment, extended
delivery period, etc.

3.
What are the safety precautions during sheet metal
processing?


When operating cutting equipment, prevent laser or plasma arc damage to the
eyes and skin, and wear protective glasses and protective clothing. When
operating the bending machine, pay attention to prevent your hands from
being pinched, and illegal operation is strictly prohibited. When welding,
ventilation should be done well to prevent the accumulation of harmful
gases, and wear welding protective masks, etc.

4.
What are the effects of sheet metal processing on the
environment?


Pollutants such as smoke and dust will be generated during cutting and
welding, and surface treatment may produce wastewater and waste gas, etc.
For example, spray painting will emit volatile organic compounds (VOCs), and
galvanizing may produce zinc-containing wastewater, etc.

5.
How to reduce the pollution of sheet metal processing
to the environment?


Install exhaust gas treatment equipment, such as smoke purifiers, activated
carbon adsorption devices, etc. to treat welding and spray painting exhaust.
Treat wastewater and use chemical precipitation, filtration and other
methods to remove heavy metals and other pollutants in wastewater. Optimize
processing technology and reduce the use of harmful materials, such as using
water-based paint instead of oil-based paint.

6.
What information do I need to provide when placing a
sheet metal processing order?


It is necessary to provide a two-dimensional or three-dimensional drawing of
the sheet metal product, clearly marking the size, tolerance, material
requirements, surface treatment requirements, quantity and other
information. It is also necessary to state the delivery time, delivery
location and quality acceptance standards.

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