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We are dedicated to pushing the boundaries of what is possible and bringing cutting-edge solutions to customers around the world.

Power:rated for up to 200KW Rated Current:200A DC Rated voltage: UP To 1000V/DC Operating temperature:-20°C to +85&d
Usage:Plug and play Screen type:No screen Input voltage:220V Output power :1.8kw Current type: AC Installation
Electric Vehicle Type:Type 1( SAE J1772 ) Rated Current:32A Rated Power:7.2KW Weight:420 g Waterproof :lP54 Te
Rated Voltage:110V AC -220V AC Application:Convert Type 2 plug to EU Socket Product name:Type 2 to schuko Adapter
Rated voltage:1000V DC Rated current:200A MAX Withstand Voltage:2000V Used for:CCs2 Charge Station to charge CHA
Type 2 to Type 1: Current rating: 32 ARated voltage: 250V ACPlastic shell fire rating: UL94 V - 0Insertion force of pr
Power : Charging speeds up to 500A Rated Voltage : 100~1000VDC Conductor Material : Titanium Copper Alloy Cont
Rated curent : 300A Material : PA 66 + Glass Fiber Rated Voltage : 500V DC Application : Electric Vehicle Car Charging S
Conductive pin : silver plated copper Rated input voltage : 1000V Protection Function : Insulation protection  S
Rated current : Max 250A  Rated voltage : 1000V DC  Contact resistance : 0.3m Ω  Withstand voltage
Rated Current      50A~250A Rated Voltage     300~1000V Power      200Kw ma
Rated voltage   500VDC Rated current    125A DC MAX Operating Temperature   -30℃ ~ +50℃Contact r
Item: CCS 1 to GBT Adapter Rate Current:200A DC max Rate Voltage:100-950V DC IP Grade: IP54 Operating Temperature: -30&d
Operating voltage   100-1000VDC Type   Ccs2 To Gb/t Dc Adapter Operating temperature   30°C to +
Rated current   16A/32A Operation Voltage   220V Contact Resistance   0.5mΩ Max Terminal temperatur
Current   60A max Operation voltage   240V AC Rated power   11KW max Application   Electric Veh
Rated Voltage   250V AC 16A/32A Working Temperature   30°C~+50°C Terminal Temperature Rise   <
Type   Electrical Plug Application   Electric Vehicle FAST Charging Rated current   16A/32A Resistan
Material Thermoplastic     UL94V-0 Size   135*123*80mm Operation Temperature   -30&de
Weight    1.1kg Protection   IP54 Operating Temperature   -30°C to +50°C Operating Voltage &
Product name   SEA J1772 To Tesla PROTECTION CLASS   IP65 RATED VOLTAGE  220~250V WITHSTAND VOL
Package dimensions:8.25 x 8.25 x 4.44 cm Closure type:Snap Material:Plastic ltem Weight:91 g
Rated Voltage :250V AC Rated Curent :16A/32A/70A Application :PLUG HOLDER WIFI :NO Grounding :Non-Grounding Na
Rated Voltage   12-24V Rated Current   32A Usage    EV Car Rated working current   16A / 32A /
Voltage   1000V DC Rated current   200AWIthstand Voltage   DC:3000V Shell Fireproofness    UL94
Rated Current   16A/32A/63A Operating Voltage   120V-240V AC Insulation Resistance   >1000MΩ(DC5
Power   7KW/22KW Rated Voltage   220V/410V Rated Current   16A/32A Protection   IP65 Appli
length    20cm Current    10-30A Type    AC EV Charger Operation voltage   110V~250V
Type :Ev Charger Application :Electric Vehicle Car Charging Rated curent :32A Rated voltage :380V Standard :IE
Connector :GBT socket to type 2 plug Current :32A, 1 Phase Output Power :7.2KW Voltage :220-250V Cable Length ¼
Protection Rank :IP54 Current :32A Working Temperature :-30℃ ~ +50℃ Terminal Temperature Rise :<50K Fire
Protection function : anti-leakage Working temperature :- 30 ℃~50 ℃ Shell material :PC Conductive contact pin
Product Name :Ev Charger Adapter Color :Black&White Rated Current :32A No. of phases :1Phase Type :Type 1
Type :EXTENSION CORD Application :EV Charging Plug standard :EU IP level :IP55 Cable length :0.5m Voltage :2
Rated current :16A / 32A Operation voltage :250V/480V Connection :T2-T2 Insulation resistance :>500MQ(DC500V)
connector standard :type 2 to type 2 Protection rank :IP55 Flame retardant rating :94 V-0 Rated Current :32A 3Ph
Single Phase :AC 250V Three Phase :AC 480V Insulation Resistance :>1000MQ(DC 500V) Withstand Voltage :2000V P
Voltage :250V Efficiency  :94% Input Voltage :240Vac Type  :Customizable Keywords :Lithium Battery C
Working voltage :16A 1 Phase/16A 3 Phase/32A 1 Phase/32A 3 Phase Insulation resistance : 400V AC Rated Current : 1
Product name   Type2 To Type1 Ev Charge Cable Rated current    16A/32A Application   Elect
Application    Charging Electric Car charging Rated Current    48A Input voltage   220-240Vac C
Product name    ev charging adapter Color    Black Certificate    CE Material   &nbsp
current voltage    400V/750V Insulation resistance    >1000MΩ(DC500V) Terminal temperature
Connection   AC Rated Voltage    220V~250V380V~450V Rated Current    16A/32A IP Grade &nbs
Product     type 2 to type 2 ev charging cable Application    Electric Car Charging Cable Color
Rated voltage   1000 V Withstand Voltage   3000 V Rated current   150 Amps IP Grade   IP 55 Shell Ma
Rated Operating Current   32A Operation Voltage   AC 250V Contact Resistance   0.5mΩ Max Terminal T
Rated current   32A Rated voltage   250V Color   white or black Protection Degree   IP44 Operating t
Place of Origin   Dongguan, China No. of Phases   1-phase IP Grade   IP55 (plugged in) Cable   3*2.5
Charging Power   7.2kW/22kW Rate Current   32 A Votage   250V Operating Temperature   -40°C~+85&
Rated current: 6A/8A/10A/13A/16A Rated power:Max. 3.6KW Operating voltage:110V~250V AC Insulation resistance:&gt
Rated current :16A / 20A / 24A / 32A   Rate Power :7KW Max   Operating voltage :110V~250V AC   Insu
Rated current: 6A / 8A / 10A/ 13A / 16A   Rate Power: 3.6KW Max   Operating voltage: 110V~250V AC   Insul
Input Voltage :175 - 265V Product name :Portable EV Charger Color :Black Standard :EN62752 IP Grade :IP65
Output Power :11kW Interface Standard :Type1/2 Output Current :16A Input Voltage :220V  
Output Power :3.5KW / 7KW   Interface Standard :Type 2   Output Current :32A   Product name :Port
Output Power :3.5KW/7KW Interface Standard :Type 2 Output Current :16A/32A Input Voltage :220V-240V Product name
Output Power :7kw Interface Standard :Type1 Output Current :32A Input Voltage :250V Mode Number :Mode2-Type1 P
Interface Standard :Type 2 Output Current :16A Input Voltage :380V-440V Product Size :235*92*53mm Weight :3.5k
Output Power :3.5kW,7kW,11kW,22kW Interface Standard :IEC62196 Output Current :8A,10A,13A,16A,32A Input Voltage ï¼
Input :380VAC+15%(three Phase),50/60Hz Output Power :16A/11KW,32A/22KW (3-phase) Max Output Current :32A Standard
Input Voltage :230V/400V Current :16A/20A/32A/40A/50A  Adjustable Cable length :5 Meters Rated Power :7 KW/
Output Power :3.5kw Interface Standard :type 1 Output Current :16A/32A Input Voltage :220V Rated input voltage r
Output Power :3.5kw-22kw Interface Standard :Type 2 Output Current :6A-32A Input Voltage :220V/380V Cable Length
Output Power :3.6/7.2/11/22KW Interface Standard :Type1/Type2/GBT Output Curent :16/32A Input Voltage :AC 230/40
Rated current :32A adjustable Rated voltage :110V Insulance :≥5Ω Working voltage :110V Working conditio
Interface Standard :GB Output Current :AC Output Power :7KW Input Voltage :200~220V Installation :Wall mounted
Inputoutput voltage :AC 220V/ Single phase Inputoutput current :8~32A adjustable Frequency :50/60Hz Output plug ï¼
Product name :Portable EV Charger Cable Length :5m(Customizable) Input voltage :220Vac 10% Rated curent/voltage ï¼
Connection  : Portable Type 1 plug Rated curent : 16A Rated voltage  : 110V-240V waterproof : IP67 Cha
Application   Electric Vehicle Charger Cable Length   5m/10M Cable Material   TPU Soft Cable Voltage &nbs
Interface Standard  : Type1/Type2/GBT   Output Current  : 16A/32A   Input Voltage  : 230
Output Power :3.5KW/7KW/11KW/22KW Interface Standard  : Type 2 Output Current : 16A/32A Input Voltage: 220V
Model Number : portable EV charger for Type 1 / Type 2 / GB/T Rated power : 3.5KW/7KW Design Style : Portable Rated cure
Cable Length : 5M Voltage : 220V/380V Rated current :32A Power : 7KW IP Grade :IP 67 Operating Temperature :-30â
Rated current : 8A/10A/13A/16A/20A/32A Rated voltage :250VAC Insulation resistance : >1000MQ, DC500V Contact impedanc
Frontal current: 32A Rated voltage: 480 VAC Insulation resistance: >10 00M Q (DC500V) Contact impedance: 0.5mΩ
Electric vehicle charging case (US standard plug /32A/7KW) Input/output :250V AC 50/60Hz Roted current 16A-32A Operati
Product name   EV AC Charger Application   Car power charging supplying Material    ABS+PC Fireproof
Voltage    250V Model Number   16A/32A Fixed/Adjustable current IP Grade    IP 67 Rated cu
Rated voltage   250VAC Withstand voltage   2000V Rubber housing fire rating   UL94V-0 Mech
Input Voltage   220V-250V Rated Current   10A-16A-20A-32A Adjustable Operating Temperature   -30&deg
Charging power   1.7KW / 2.2KW / 2.8KW / 3.5KW Withstand voltage   2000V Rubber housing fire rating&
Withstand voltage   2000V Rubber housing fire rating   UL94V-0 Mechanical life: no load plug  &
Rated voltage   250VAC Insulation resistance    >1000MΩ, DC500V Withstand voltage  &nb
Input Rating:380Vac± 15%  AC Input Connection:3P+N+PE (Wye connection) Max. Input Current:70A Efficien
Specification :22KW 32A 3Phase Charging Type:Type2 IEC62196-2 Current :8A-10A-13A-16A-25A-32A Phase:3 Phase Capa
输入电压 :220Vac士20% 额定功率 :7kW 输出电流:32A 输出电压:12Vdc+5% 工作温度:-25℃~+50℃
Input voltage : 7KW/14KW:AC220V士20%  ; 21KW:AC380V士20% 0utput current  : 7KW/14KW:0-32A  ï
Rated input voltage: AC220V 20% Maximum power: 7KW Rated working current: 32A Input frequency: 50Hz / 1Hz Rated output v
Rated voltage:DC 500V Input Rating:380Vac+ 15% Power Factor:>0.99 @ full load TFT-LCD Touch Panel:4.3' touch display
Output Power   20KW Model Number   CEV DC20KW Interface Standard   CCS Output Current   60A Inp
Weight     30.5KG Keywords     Sun Power Station Solar Generator Color     
Weight     3.5KG Capacity    501WH/139200mAh AC output    110V/120V pure sine wave US
Plug Type:Type 2/Type 1 IP Rating:IP67 weight :about 0.15kg Cable Length:without cable Material:ABS Origin:M
Rated Curent     200A DC MAX Application    Vehicle End, Charging Pile, Charging Pile to vehicle end
Voltage    1000V DC Rated voltage   600V DC IP LEVEL  IP54 nsulation resistance    &g
Input power    32 A Output power    7.2 kW Operational voltage     250 V/AC Withstand
Rated current: 16A/32A /40A/48A Rated voltage:AC120/240V Therminal temperature rise:<45K Withstand voltage:2000V Work
Rated Voltage      1000V Rated Current      150A Max Output Power      150K
Rated current     16Aor 32A Coupled insertion force      >45N<8DN Operation voltage &nbsp
Rated current     8A/10A/13A/16A20A/32A Withstand voltage     2000V Rubber housing fire ra
Capacity       42000mAh Type      Lithium-lon USB-A Output      5V  3.
Input     Type-C 15W(5V/3A),QC3.0(5V/2.4A,9V/2A,12V/1.5A) Output    12V/24V Jump Start Battery
Model Number    Epower-99C Battery capacity    45000mAh /166.5Wh Input   QC2.0(5V/2.4A,9V/
Plug Type:TYPE 2 Material Type:ABS ltem Height:9cm ltem Length:28cm Country/Region of Manufacture:China ltem W
Color:Black Material:ABs Plug Type :Universal Operating Temperature:-30% ~ +50% Cable Length:3-10m Material:

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About Us

Dongguan TianQin Energy Technology Co., LTD is a professional supplier of electric vehicle components,including all kinds of EV plugs and sockets,EV cables, EV connectors, and EV charging stations. All of our products come with CE,TUV and UL certification.We sell our products to domestic and overseas markets and have a very good reputation.Our products are especially popular in Europe and the America. At pres-ent,Tianqin Co, LTD pay close attention to the development of new energy automotive industry,we de-termined to become the industry leader and innovator. Tianqin Group Constantlystrive to adhere to our business philosophy of “quality is the soul,the principle ofgood faith,Innovation leads the future ". In order to establish a long-term relationship with all of ourcustomers,we will offer a competitive price,high quantity products and a good after-sales-service andwe will improve our competitiveness and achieve a win-win situation for us as well as our clients.Weare looking forward to cooperating with you

About Us

Dongguan TianQin Energy Technology Co., LTD is a professional supplier of electric vehicle components,including all kinds of EV plugs and sockets,EV cables, EV connectors, and EV charging stations. All of our products come with CE,TUV and UL certification.We sell our products to domestic and overseas markets and have a very good reputation.Our products are especially popular in Europe and the America. At pres-ent,Tianqin Co, LTD pay close attention to the development of new energy automotive industry,we de-termined to become the industry leader and innovator. Tianqin Group Constantlystrive to adhere to our business philosophy of “quality is the soul,the principle ofgood faith,Innovation leads the future ". In order to establish a long-term relationship with all of ourcustomers,we will offer a competitive price,high quantity products and a good after-sales-service andwe will improve our competitiveness and achieve a win-win situation for us as well as our clients.Weare looking forward to cooperating with you

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From our blog

We are dedicated to pushing the boundaries of what is possible and bringing cutting-edge solutions to customers around the world.

As the world pays increasing attention to environmental protection, sustainable transportation has become an important issue. In this context, the role of Lightweight Portable EV Charger cannot be ignored.

1. Characteristics of Lightweight Portable EV Charger

Lightweight Portable Ev Charger is a charging device specially designed for electric vehicles. Its biggest feature is its small size, light weight and easy portability. This means EV owners can charge their vehicles anytime, anywhere, no matter where they are. This convenience greatly increases the practicality of electric vehicles, making them a more viable form of transportation.

2. Lightweight Portable EV Charger’s contribution to sustainable transportation

The contribution of Lightweight Portable EV Charger to sustainable transportation is mainly reflected in the following aspects:

1. Reduce carbon emissions: The use of electric vehicles can significantly reduce carbon emissions, and the convenience of the Lightweight Portable EV Charger further encourages people to use electric vehicles.

2. Improve energy efficiency: Compared with traditional fuel vehicles, electric vehicles are more energy efficient. The Lightweight Portable EV Charger allows electric vehicles to be charged more frequently, making better use of electricity.

3. Promote the use of renewable energy: Lightweight Portable EV Charger can be combined with renewable energy systems such as solar energy to further promote the use of renewable energy.

3. Future Outlook

With the continuous development of technology, we can foresee that Lightweight Portable EV Charger will become more intelligent and efficient. They will become an important force in promoting the development of sustainable transportation and create a greener and more sustainable future for us.

The Lightweight Portable EV Charger plays an important role in promoting sustainable transportation. By providing convenient charging solutions, they not only encourage more people to choose electric vehicles, but also help reduce carbon emissions, improve energy efficiency and promote the use of renewable energy.

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Engineered for convenience and efficiency, wall-mounted EV chargers offer a practical solution to EV owners seeking hassle-free charging options. These chargers are strategically mounted on walls, providing a space-saving advantage that utilizes vertical space effectively. By keeping charging cables organized and off the ground, they ensure a clutter-free environment, enhancing safety and aesthetics.

The design of wall-mounted EV chargers goes beyond mere functionality; it prioritizes user-friendliness. Many models feature intuitive interfaces, status indicators, and customizable charging settings, making them accessible even to individuals unfamiliar with EV technology. This simplicity encourages wider EV adoption by eliminating barriers associated with complex charging processes.

In residential settings, wall-mounted EV chargers provide a seamless charging experience for EV owners. They can be conveniently installed in garages or driveways, allowing residents to charge their vehicles overnight or during periods of inactivity. This eliminates the need for dedicated charging stations, which can be costly and impractical for many households.

In commercial and public spaces, wall-mounted EV chargers offer a scalable solution for businesses and municipalities looking to accommodate the growing number of EVs on the road. By installing these chargers in parking lots, office buildings, and public facilities, organizations can attract eco-conscious customers and employees while contributing to a greener future.

Wall-mounted EV chargers can be integrated with smart technologies, enabling remote monitoring and control. Users can access real-time data on charging progress, energy consumption, and billing information through mobile apps or web platforms. This level of connectivity enhances the overall charging experience, making it more convenient and transparent for users.

As the demand for EVs continues to grow, wall-mounted chargers will undoubtedly play a critical role in shaping the landscape of our transportation systems.

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The Type 2 to Gbt adapter is a crucial component that has facilitated the interoperability of charging stations and electric vehicles. With the increasing adoption of electric vehicles globally, the need for standardization and compatibility across different charging protocols has become paramount. The Type 2 to Gbt adapter addresses this need by enabling electric vehicles equipped with Type 2 charging ports to connect to charging stations using the Gbt standard, ensuring seamless connectivity and enhanced convenience for EV users.

The introduction of the Type 2 to Gbt adapter has played a pivotal role in advancing the development of public charging networks. It has encouraged the deployment of more diverse charging solutions, leading to improved coverage and capacity of charging infrastructure. As a result, EV drivers now have greater flexibility in choosing charging stations, reducing range anxiety and supporting the widespread adoption of electric vehicles.

From a broader perspective, the emergence of the Type 2 to Gbt adapter underscores the collaborative nature of the EV industry, wherein stakeholders work together to overcome technological barriers and promote the growth of sustainable transportation. This spirit of cooperation has not only accelerated the expansion of charging infrastructure but has also fostered innovation in EV technology, driving further improvements in vehicle performance and user experience.

Looking ahead, the continued advancement of EV technologies, including developments related to charging standards and interoperability, will play a critical role in shaping the future of the electric vehicle industry. As electric mobility becomes increasingly integrated into global transportation systems, the evolution of charging infrastructure and associated technologies, such as the Type 2 to Gbt adapter, will remain instrumental in ensuring the seamless and widespread adoption of electric vehicles.

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The emergence of electric vehicles (EVs) has revolutionized the automotive industry by promoting sustainable transportation. Alongside this development, lightweight portable EV chargers have gained popularity as essential accessories for EV owners. 

I. Features of Lightweight Portable EV Chargers:

  1. Compact Size: These chargers are designed to be small and lightweight, making them highly portable and easy to carry.
  2. Compatibility: They are compatible with various EV models and can be used with different charging standards, such as CHAdeMO or CCS.
  3. Fast Charging: Lightweight portable EV chargers offer high charging power, allowing EV owners to charge their vehicles quickly, typically in a matter of hours.
  4. User-friendly Interface: They come equipped with user-friendly interfaces, including LCD screens and touch controls, making them easy to operate.

II. Functions of Lightweight Portable EV Chargers:

  1. Emergency Charging: These chargers serve as a practical solution when EV owners encounter unexpected situations, such as running out of battery power in remote areas without access to public charging stations.
  2. Convenient Home Charging: Lightweight portable EV chargers enable EV owners to charge their vehicles conveniently at home, eliminating the need to visit public charging stations.
  3. Travel Companion: With their portability, these chargers are ideal for long-distance travel. EV owners can easily carry them in their vehicles, ensuring they have access to charging facilities wherever they go.
  4. Workplace Charging: Lightweight portable EV chargers facilitate workplace charging, allowing employees to charge their EVs during working hours, increasing the convenience and feasibility of owning an EV.

III. Impact of Lightweight Portable EV Chargers:

  1. Increased Adoption of EVs: The availability of lightweight portable chargers addresses the concern of limited charging infrastructure, encouraging more people to consider purchasing EVs.
  2. Enhanced EV Ownership Experience: Lightweight portable chargers provide peace of mind to EV owners, knowing they have a reliable and convenient charging solution at their disposal.
  3. Environmental Benefits: By promoting the use of EVs, lightweight portable chargers contribute to reducing greenhouse gas emissions, improving air quality, and mitigating the impacts of climate change.
  4. Economic Opportunities: The growing demand for lightweight portable EV chargers creates business opportunities for manufacturers and suppliers in the clean energy sector, stimulating economic growth.

Lightweight portable EV chargers play a crucial role in promoting the adoption and convenience of electric vehicles. Their compact size, compatibility, fast charging capability, and diverse functions make them a valuable accessory for EV owners. Furthermore, these chargers have a positive impact on the environment, enhance the overall EV ownership experience, and create economic opportunities. As the world continues its transition towards sustainable transportation, lightweight portable EV chargers will continue to play a significant role in shaping the future of mobility.

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The burgeoning electric vehicle (EV) industry has brought to light a critical component necessary for the success of this eco-friendly transition: the EV charging connector. These devices, though small in stature, play a monumental role in powering the shift towards cleaner transportation. As such, companies that specialize in the development and production of EV charging connectors find themselves in a pivotal position within this rapidly expanding sector.

Standardization: The Path Towards Interoperability

One of the primary challenges facing manufacturers of EV charging connectors is the need for industry-wide standardization. With various standards and designs currently in use around the globe, there's an imperative push towards harmonization. Standardization aims to facilitate widespread adoption by ensuring compatibility across different EV models and charging infrastructures. Companies are collaborating with industry bodies and policymakers to establish universal standards that will streamline the charging process and enhance user experience.

Innovation: Keeping Pace with Technology

Innovation is the lifeblood of an EV charging connector company. As EV technology evolves, so must the connectors that fuel them. Companies are investing in research and development to create connectors capable of handling higher power outputs, offering faster charging times, and providing improved durability and safety. Advances in materials and design have allowed for more efficient energy transfer and better resistance to environmental factors. The goal is to meet the ever-growing demands of a market that craves convenience and efficiency.

Sustainability: Integrating Eco-friendly Practices

Environmental consciousness is another significant factor that influences the operations of EV charging connector companies. In line with global efforts to preserve our planet, these companies are adopting manufacturing processes that minimize environmental impact. By using recyclable materials and minimizing waste, they aim to reduce their ecological footprint. This approach not only contributes to sustainability but also meets the expectations of consumers who prioritize environmentally responsible products.

Looking Ahead: Embracing the Future of Charging

The future holds immense potential for companies specializing in EV charging connectors. With advancements such as wireless charging technology and smart grid integration on the horizon, the possibilities for innovation are boundless. Companies that can adapt to these emerging trends and continue to deliver high-quality, cutting-edge products will thrive in the competitive landscape of the EV market.

In conclusion, EV charging connector companies are instrumental in driving the electric vehicle revolution forward. Their commitment to innovation, standardization, and sustainability is essential in paving the way for a cleaner and more efficient future of transportation. As the world's appetite for EVs continues to grow, these companies stand at the forefront of a transformative industry, powering a greener tomorrow, one charge at a time.

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1. Meaning:Convenience:outdoor charging stations are located in public places, such as parking lots, shopping centers, gas stations, etc., providing convenient and fast charging services, reducing the charging time and driving range limit of electric vehicle owners

   Sustainable transportation promotion: providing more charging facilities, encouraging more people to buy electric vehicles, reducing emissions and reducing dependence on fossil fuels. Promote the development of sustainable transportation.

2. Function:Fast charging function: some outdoor charging piles are equipped with fast charging equipment, so that electric owners can get a longer driving range in a short time.
   Payment system: Provide various payment methods, such as online payment, mobile payment, etc., to facilitate users to pay on demand.
   Remote monitoring and management: The charging pile can be remotely monitored and managed through the network connection, including charging situation, power metering, fault detection, etc.

3. Installation location selection:Urban core area: Provide the most convenient charging service for urban residents in the busy business district and major population concentration area in the urban area.
    Communities and residential areas: in densely populated places such as residential areas and residential communities, it is convenient for residents to charge near their homes.
    Public parking: Charging piles will be installed in parking lots to provide charging services for private vehicles and buses.

4. Technical requirements:Charging standards: Local or international indirect current (AC) and direct current (DC) charging standards need to be supported to meet the charging needs of different types of electric vehicles.
    Safety and reliability: Charging piles need to meet the relevant electrical safety standards, and have overload protection, leakage protection and other safety functions to ensure the safety of users.
5. Future development prospects:
   Charging infrastructure expansion: It is expected that outdoor charging piles will be built in more public places in the future to meet the growing demand for electric vehicle charging.
   High power and wireless charging technology; Further development of technology will improve charging speed and convenience, such as the application of high-power fast charging and wireless charging technology
   Conclusion: As a convenient tool to promote electric transportation and promote sustainable development, outdoor charging pile will be more widely used and developed in the future. Strengthening the construction of charging infrastructure, adopting innovative technologies and suitable installation location choices can further enhance the user experience and promote the popularization and sustainable development of e-mobility.
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This article will introduce the current situation of new energy vehicle charging, covering charging types, charging standards, charging equipment, and future development trends and innovations.

Charging Type:
a) Home charging: By installing charging piles in the home, to provide easy slow charging for electric vehicles, usually using AC (AC) charging.
b) Public charging stations: public charging stations built in cities, providing fast charging and some slow charging services, which can be found in shopping malls, parking lots, gas stations and other places.

Charging standard:
a) European standard: The Combined Charging System (CCS) is a widely adopted charging standard in Europe that supports both AC and DC charging.
b) American standards: SAE J1772 and CHAdeMO are the main charging standards used in the United States and support AC and DC charging.
c) Chinese standard: GB/T, as China's national standard, is based on CCS design and supports AC and DC charging.

Charging equipment:
a) Charging pile: Installed in homes, public places or commercial areas, offering a variety of power and charging speed options.
b) Portable charger: light and easy to carry, suitable for temporary charging needs in outdoor emergencies.

Technology and Innovation:
a) Fast charging technology: The continuous development of high-power fast charging technology enables vehicles to obtain longer driving range in a short time.
b) Wireless charging technology: does not require physical contact, charging through electromagnetic induction, providing a more convenient charging experience.
c) Energy storage technology: Using new energy storage technologies such as supercapacitors and high-density lithium-ion batteries to improve the driving range and charging efficiency of electric vehicles.

Development trend:
a) Charging network expansion: Partnerships between the government and the private sector will drive the expansion of charging pile networks and improve the coverage and density of charging infrastructure.
b) Fast charging technology development: Higher power fast charging technology will further shorten charging time and improve user experience.
c) Renewable energy integration: Combining renewable energy generation systems, such as solar or wind power, with electric vehicle charging equipment to promote the use of sustainable energy.

New energy vehicle charging technology is developing rapidly, constantly improving user experience and charging efficiency. The construction of charging infrastructure, the harmonization of charging standards and the application of innovative technologies will further promote the popularization of electric vehicles and the realization of sustainable transportation.

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With the popularity of electric vehicles (EV), Wall-mounted Ev Charger has become a common household charging device. This article will give you advice on how to choose the right wall-mounted electric car charger.

What is Wall-mounted EV Charger

A wall-mounted electric vehicle charger is an electric vehicle charging device installed on the wall. It converts alternating current from the home grid into direct current required by electric vehicles. Wall-mounted EV chargers typically charge more slowly than public charging stations, but are very convenient because they can be charged at home.

How to choose a Wall-mounted EV Charger

When choosing a Wall-mounted EV Charger, there are several factors to consider:

1. Charging power: Charging power determines the charging speed. Generally speaking, the higher the power, the faster the charging speed. High-power chargers may require a more complex installation process, such as upgrading the home's electrical circuitry.

2. Compatibility: Different electric vehicles may require different charging interfaces. When choosing a wall-mounted EV charger, you need to make sure it is compatible with your EV.

3. Safety: Safety is an important factor in selecting any electrical equipment. A good wall-mounted electric car charger should have safety features such as overheating protection and short-circuit protection.

4. Price: The price of a wall-mounted electric car charger can vary depending on its power, brand, and features. When choosing a charger, you need to consider your budget and needs.

Choosing the right Wall-mounted EV Charger requires consideration of several factors, including charging power, compatibility, safety, and price. I hope the advice in this article can help you choose the best wall-mounted electric car charger for you, making charging your electric car more convenient and efficient.

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In the field of electric vehicle (EV) charging, Type 2 To Gbt Cable is a common charging adapter. It can convert the Type 2 charging interface into a GBT charging interface, allowing more electric vehicles to use GBT charging stations for charging. This article will introduce you how to effectively use Type 2 To Gbt Cable.

What is Type 2 To Gbt Cable

Type 2 To Gbt Adapter is a charging adapter cable , with a Type 2 charging plug on one end and a GBT charging socket on the other end. By using this adapter, electric vehicles with Type 2 charging interfaces can be charged at GBT charging stations.

How to use Type 2 To Gbt Cable

Using Type 2 To Gbt cable is very simple. Plug the Type 2 plug of the cable into the charging port of the electric vehicle. Insert the charging plug of the GBT charging station into the GBT socket of the adapter. Finally, start the charging process of the GBT charging station.

There are several points to note when using Type 2 To Gbt Cable:

1. Check the charging interface: Before using the adapter, you should check the charging interface of the electric vehicle and the charging plug of the GBT charging station to ensure that they are dry and clean.

2. Avoid using damaged Cables: If the adapter’s plug or socket has obvious damage, such as cracks or burns, it should be avoided.

3. Store the adapter correctly: When the adapter is not in use, it should be stored in a dry, cool place away from direct sunlight and rain.

Type 2 To Gbt Adapter is a very practical charging tool that allows more electric vehicles to use GBT charging stations for charging. As long as it is used correctly and properly kept, the Type 2 To Gbt Cable can bring great convenience to the charging of electric vehicles.

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With the development of science and technology and the improvement of environmental awareness, the popularity of electric vehicles is increasing year by year. The charging problem of electric vehicles has always been a focus of concern for consumers and manufacturers. Against this background, the emergence of Wall-mounted EV Charger brings new possibilities for charging electric vehicles.

What is Wall-mounted EV Charger?

Wall-mounted Ev Charger is an electric vehicle charging device that can be mounted on the wall. It usually consists of a charging plug, a charging cable and a controller. Users only need to connect the electric car to the charger and start charging.

Advantages of Wall-mounted EV Charger

The emergence of Wall-mounted EV Charger brings many advantages to the charging of electric vehicles. It is easy to install and users can choose to install it at home or at work according to their own needs. Its charging speed is fast, which greatly shortens the charging time of electric vehicles. Its low cost of use greatly reduces the cost of using electric vehicles.

The future of Wall-mounted EV Charger

The emergence of Wall-mounted EV Charger brings new possibilities for charging electric vehicles. It not only solves the charging problem of electric vehicles, but also improves the charging efficiency and convenience of electric vehicles.

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Outdoor car charging refers to the process of charging an electric vehicle in an outdoor environment. Here are some points related to outdoor car charging:

1. Public charging pile: common charging facilities in cities, usually located in parking lots, shopping centers and other public places. A fee or membership system is required for use.

2. Fast charging: A high-power charging method that can fully charge the battery of an electric vehicle in a short time. Fast charging devices are usually located at public charging stations.

3. Slow charging: Low power charging mode, it takes a long time to fully fill the battery. Slow charging is ideal for night parking, home or office use.

4.DC charging and AC charging: DC (DC) charging is suitable for fast charging, while AC (AC) charging is suitable for slow charging.

5. Charging plug type: Different regions and countries may use different types of charging plug standards, such as SAE J1772 used in the United States, Mennekes used in Europe, GB/T used in China.

6. Charging service app: You can find nearby charging stations through the smartphone app, and get charging information, booking charging and other functions.

7. Portable charging equipment: portable chargers for outdoor use, usually with a smaller size and capacity, are suitable for temporary charging needs in emergency situations.

8. Charging safety: When charging outdoors, comply with the usage specifications and safety requirements of the charging equipment, ensure that the charging line is well grounded, the operating environment is ventilated, and pay attention to prevent the impact of external factors such as water and rain on the charging equipment.

9. It should be noted that in the process of outdoor car charging, it is necessary to understand the local charging facilities and charging standards, and choose the appropriate charging method and equipment according to the actual situation.

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1.Charging pile type:Outdoor new energy vehicle charging generally uses two main types of charging piles, namely AC (AC) charging pile and DC (DC) charging pile.

2.AC charging stations:AC charging stations are the most common charging devices that provide electrical energy through a home outlet or a specific charging facility. Due to the low efficiency of AC conversion, the charging speed is relatively slow, which is suitable for long-term parking scenes, such as homes, offices and shopping malls.

3.Direct current (DC) charging stations:DC charging stations can charge electric vehicles faster because they transfer power directly to the battery in the form of DC. This makes DC charging piles ideal for long journeys and rapid charging. Dc charging piles are generally located in high-speed service areas, gas stations, large commercial buildings and other places.

4.Charging time:The charging time depends on the battery capacity of the electric vehicle, the charging power, and the charging stage of the electric vehicle. Typically, it takes a relatively short time to charge a vehicle to around 80%, while a full charge can take much longer. Fast charging piles can charge electric vehicles to more than 80% in a short time.

5.Charging station network:For the convenience of users, a network of charging stations has been established everywhere, providing a wide range of charging points. You can find a nearby charging station through the app or navigation system and see its charging pile type, power and idle status.
Electricity calculation: Charging service providers usually charge based on the length of the charging pile or the amount of charge. Charging costs can also vary depending on the charging station used and the charging service provider. Some charging stations offer membership programs or packages for more economical charging prices.

6.Safety precautions:During outdoor charging, ensure that the charging cable and charging port are properly connected to avoid accidents. Follow the instructions of the charging pile and vehicle manufacturer and do not use damaged or mismatched charging devices. In addition, try to choose a reputable, reliable and standardized charging pile supplier.
These are the basic knowledge of outdoor new energy vehicle charging, I hope to help you! Remember to keep an eye on safety at all times during charging and keep in touch with the manufacturer of the charging device and vehicle.
Outdoor new energy vehicle charging knowledge:

7.Charging pile type:Outdoor new energy vehicle charging generally uses two main types of charging piles, namely AC (AC) charging pile and DC (DC) charging pile.AC charging stations: AC charging stations are the most common charging devices that provide electrical energy through a home outlet or a specific charging facility. Due to the low efficiency of AC conversion, the charging speed is relatively slow, which is suitable for long-term parking scenes, such as homes, offices and shopping malls.

8.Direct current (DC) charging stations:DC charging stations can charge electric vehicles faster because they transfer power directly to the battery in the form of DC. This makes DC charging piles ideal for long journeys and rapid charging. Dc charging piles are generally located in high-speed service areas, gas stations, large commercial buildings and other places.

9.Charging time:The charging time depends on the battery capacity of the electric vehicle, the charging power, and the charging stage of the electric vehicle. Typically, it takes a relatively short time to charge a vehicle to around 80%, while a full charge can take much longer. Fast charging piles can charge electric vehicles to more than 80% in a short time.

10.Charging station network:For the convenience of users, a network of charging stations has been established everywhere, providing a wide range of charging points. You can find a nearby charging station through the app or navigation system and see its charging pile type, power and idle status.
Electricity calculation: Charging service providers usually charge based on the length of the charging pile or the amount of charge. Charging costs can also vary depending on the charging station used and the charging service provider. Some charging stations offer membership programs or packages for more economical charging prices.

11.Safety precautions:During outdoor charging, ensure that the charging cable and charging port are properly connected to avoid accidents. Follow the instructions of the charging pile and vehicle manufacturer and do not use damaged or mismatched charging devices. In addition, try to choose a reputable, reliable and standardized charging pile supplier.

12. These are the basic knowledge of outdoor new energy vehicle charging, I hope to help you! Remember to keep an eye on safety at all times during charging and keep in touch with the manufacturer of the charging device and vehicle.

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Portability  :  Is a big trend of electronic product development. It adopts the unique folding car charge design,

                     condenses the product volume, and is extremely convenient to carry.

Safety :    This product has passed various international safety performance tests such as CCC, UL, FCC, CE, etc,

             and is guaranteed by insurance companies, which strongly protects the safety of use performance and consumer rights.

                                             

Fashionability  :  Targeting the high-end consumer group of car owners, the fashionability of car chargers is also valued by manufacturers.

                           Generally made of ABS material and piano paint process, it is not only fashionable and exquisite, but also feels very good.                                                                             

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As the world shifts towards electric vehicles (EVs), the demand for efficient and convenient charging solutions is on the rise. One such solution that has gained popularity is the wall-mounted EV charger.

Wall-mounted EV chargers offer several advantages over traditional charging methods:
Convenience: These chargers allow EV owners to charge their vehicles at home or at work, eliminating the need to find a public charging station.
Efficiency: Wall-mounted chargers can provide faster charging speeds compared to standard outlets.
Cost Savings: Charging at home can be cheaper than using public charging stations.

The Installation Process
The installation process for wall-mounted EV chargers is relatively straightforward. Assuming you have wiring available, wall-mounted chargers are quicker to install; simply bolt them to the wall. Of course, it’s recommended to have a professional electrician perform the installation to ensure safety and compliance with local electrical codes.

 

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As the concept of environmental protection is deeply rooted in the hearts of the people, more and more people choose new energy vehicles instead of travel. The growth of this product has also promoted the development of the new energy vehicle charging gun industry. Because the charging problem of new energy vehicles has always been the most concerned about by car owners. So how can we ensure the safety and efficiency of electric vehicle charging? What are the characteristics of the new energy vehicle charging gun?

Feature 1. The overall protection level of the charging gun is up to the standard, and the protection of its core contacts also needs to meet the standard. Only in this way can it ensure that there is no leakage during use and it can be used for a long time;

Feature 2. The size of the head of the charging gun should be appropriately enlarged on the premise of meeting the size requirements. There should be no screws or metal parts exposed on the outside, because metal is a conductor, and once it is touched, it will endanger life. The charging gun should be protected as much as possible. User's personal safety;

Feature three, the interface size of the charging gun and the performance of the product need to fully meet the requirements of national standards.

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[Knowledge] What should be paid attention to during the charging process of new energy charging piles?
New energy trams or cars have been popularized in our lives, and many consumers are more inclined to choose to buy new energy trams or cars as a means of transportation. After we buy a new energy car, we will inevitably have to deal with charging piles, so what should we pay attention to during the charging process?

1. Before charging, check that the charging pile equipment is intact, and the cables and connectors are intact. If there is no canopy on rainy days, do not use the charging pile in the open air to prevent the danger of leakage.

2. If the charging pile connector or charging cable is defective, cracked, worn, broken, or the charging cable is exposed, it is strictly forbidden to use the charging pile. If you find this situation, you should contact the staff in time to repair it.

3. Do not put flammable, explosive or combustible materials, chemicals, flammable vapors and other dangerous items close to the charging pile.

4. Keep the charging head clean and dry. If it is dirty, please wipe it with a clean dry cloth. It is strictly forbidden to touch the charging core with your hands when it is charged.

5. During charging, do not cut off the power directly, or do not pull out the charging head and leave after stopping charging.

6. During the charging process, the vehicle is prohibited from driving. It can only be charged when it is stationary. Before charging, ensure that the vehicle has been turned off before charging.

7. If there is any abnormal situation during use, you can immediately press the emergency stop button to cut off all input and output power.

8. At the end of charging, it is recommended to wait for the charging interface to jump completely before plugging in the charging head.

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[Knowledge] National standard DC car charging gun | What are the advantages of DC charging gun?

With the popularity of electric vehicles, many car owners are becoming more and more concerned about the charging piles of their cars. At present, there are two kinds of DC charging guns and AC charging guns that are more common on the market. Both of these can charge new energy vehicles in a timely manner. Let's talk about the advantages of DC charging guns.

1. The power is very large
The main advantage of the DC charging gun is that the power is very high, and the high power means that the charging speed will be greatly improved. Its power is generally around 380v or even higher. Most of this DC charging gun will appear in some urban streets, gas stations, car service stations and service areas of expressways.
2. Fast charging speed
The charging speed of the DC charging gun can be faster than that of the AC charging gun. Basically, it can be fully charged in about an hour, which greatly improves the charging efficiency.

Therefore, if you want to achieve the purpose of fast charging, the DC charging gun is the best choice. It can be completed from 30% to 80% in just 30 to 50 minutes.

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[Dry goods] What is the difference between the national standard charging gun and other charging guns?

When using new energy vehicles, the choice of charging gun is inseparable. When charging new energy vehicles, everyone must have different options such as European standard charging guns, national standard charging guns, and American standard charging guns. So what is the difference between them? Many people still don't know the difference. Let me briefly introduce them to you.

The European standard and the American standard are currently the unified charging standards for Europe and the United States, while the national standard charging gun is mainly for the charging of domestic new energy vehicles. This is the same as the mobile phone charging head we usually use. . In fact, these three charging guns are all for charging, but the plugs used are different. The number of holes in the plug is also different. There are many charging holes in the charging gun, and each charging hole has its own function.

Therefore, when you buy a charging gun, you must choose according to the charging port of your car to see whether it is suitable for the national standard charging gun or other charging guns. Now there are converters on the market to facilitate the adjustment of various charging ports. Conversion use.

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