...
x
Send Your Inquiry Today
Quick Quote
Underground parking area with electric vehicle charging stations and two cars parked, each connected to a charger mounted on a green wall.

BESEN Underground EV Charger

An underground parking lot with a BESEN wall-mounted electric vehicle charger, featuring a coiled charging cable, with parked cars in the background. The space is marked by yellow lines on white columns.

How Underground EV Chargers are Revolutionizing Urban Spaces

Underground EV chargers offer essential features like waterproofing, efficient heat dissipation, corrosion resistance, and compact designs, making them ideal for space-constrained and challenging underground environments. These chargers provide safety, reliability, and cost-effectiveness, making them a top choice for manufacturers, agents, dealers, and retailers in the EV industry.

As urban spaces become more crowded and the demand for EV infrastructure grows, the need for specialized solutions like underground EV chargers is more critical than ever.

BESEN Underground EV Charging Station Options

BESEN offers reliable ODM and OEM services for underground EV chargers. We customize and produce chargers that are waterproof, corrosion-resistant, and designed for challenging environments. With BESEN, you get quality products that meet international standards and are tailored to your business needs.

BESEN EV Charger Cable Underground (6)

Empty underground parking area with green-marked parking spaces reserved for electric vehicle charging,

What Makes Underground EV Chargers Unique?

Underground EV chargers are specifically designed to withstand the challenges posed by subterranean environments. One of the most significant concerns in underground garages and parking lots is the high humidity and potential for standing water. Waterproof and moisture-resistant designs are essential to prevent water intrusion, which could lead to equipment damage or electrical safety hazards. Chargers like those from BESEN are built with these environments in mind, ensuring long-term durability and reliability.

Another crucial factor is ventilation and heat dissipation. Underground spaces often lack adequate airflow, making it difficult for electronic equipment to cool down naturally. EV chargers with efficient heat dissipation systems are vital to maintaining stable operation, even when the charger is used continuously over extended periods.

Corrosion-resistant materials are also a must in underground environments, which may contain corrosive gases or chemicals. Chargers constructed with stainless steel or coated with special treatments can significantly extend the lifespan of the equipment, reducing the frequency of replacements and maintenance.

Image showing an underground electric vehicle charging station mounted on a textured wall, with a display indicating 100% charge. A nearby sign and wiring box are visible, highlighting the installation in a specialized setting.
Image of an underground parking area with an electric vehicle charger mounted on a column, featuring a coiled charging cable. Multiple cars are parked nearby, emphasizing efficient use of space in urban environments.

Why Space Optimization is Crucial for You

Space is at a premium in urban environments, especially in underground garages where every square foot counts. For B2B customers, such as commercial real estate developers and parking lot operators, compact design is a critical consideration. Underground EV chargers are designed to take up minimal space, allowing for the installation of more units in a given area. This optimization is not only a practical solution but also enhances the facility’s overall capacity to serve EV drivers.

Moreover, providing EV charging facilities can serve as a value-added service for property managers. By offering reliable and convenient charging options, businesses can attract and retain environmentally conscious tenants or customers, thereby increasing property value and competitiveness in the market.

Ensuring Safety and Compliance in Underground Installations

Safety is paramount when dealing with electrical equipment, especially in underground environments where conditions can be unpredictable. Underground EV chargers must adhere to stringent safety standards, incorporating features such as over-voltage, over-current, and short-circuit protection. These safety measures are crucial to prevent accidents and ensure the stable operation of the chargers.

Grounding is another essential safety requirement. Proper grounding systems ensure that any excess voltage is safely redirected into the earth, minimizing the risk of electric shock or equipment damage. Adhering to these safety protocols is not only a regulatory requirement but also a critical factor in maintaining the trust and confidence of customers.

Image of an underground electric vehicle charging station mounted on a pillar next to a black car, with a display showing 0.0A current. Additional parked vehicles are visible in the background, emphasizing safety and compliance in a controlled environment.
Image of an underground electric vehicle charging station mounted on a wall, with a neatly coiled charging cable, located next to a parked car. The setup highlights easy access for maintenance and efficient use of space, reducing operational costs and downtime.

Convenient Maintenance: Reducing Costs and Downtime

Routine maintenance in underground environments can be challenging due to restricted access and limited space. However, underground EV chargers are designed with convenient maintenance in mind. Features like modular components and easy-to-access panels make it simpler for technicians to perform inspections and repairs, reducing the time and cost associated with maintenance.

For B2B customers, the ability to quickly service charging equipment is crucial for minimizing downtime and ensuring that the chargers are always available for use. This reliability is key to maintaining customer satisfaction and operational efficiency.

How Government Policies Can Make EV Charging More Affordable

Government policies and incentives play a significant role in promoting the adoption of EV infrastructure. In many regions, including Europe and North America, subsidies and tax incentives are available to businesses that invest in EV charging stations. These incentives can help offset the initial costs of installation and make underground EV chargers more affordable for B2B customers.

By taking advantage of these policies, businesses can reduce their overall investment in EV infrastructure while also contributing to broader environmental goals. This not only makes economic sense but also aligns with the growing trend toward sustainability in the commercial sector.

Image of an underground electric vehicle charging station mounted on a wall with a coiled cable, positioned next to a parked black SUV. The setup reflects the potential impact of government policies in promoting affordable EV charging infrastructure in public spaces.

Why Choose BESEN Underground Electric Vehicle Chargers?

Electric vehicle charging outdoors in the rain, showcasing an EV charger with IP66 waterproof rating, with a green car parked beside it.
BESEN chargers are built to handle the high humidity and possible water exposure found in underground areas. They are fully waterproof, which means they will keep working even in tough conditions, preventing damage and ensuring they last a long time.
Close-up image of BESEN underground EV charger components being tested, with wiring and circuit boards connected to monitoring devices. The setup highlights the advanced cooling system designed to ensure optimal performance and safety.
These chargers are designed to stay cool, even in places where there isn’t much airflow. This prevents them from overheating, so they can keep running smoothly, even when used for long periods.
Image of a technician holding the casing of a BESEN underground EV charger, showcasing durable construction materials designed for long-lasting performance. The individual is wearing protective gloves, emphasizing attention to quality and durability.
BESEN uses materials that resist rust and corrosion. This means the chargers can handle underground environments with corrosive gases or chemicals, helping them last longer and reducing the need for frequent repairs.
Close-up image of internal circuit boards and wiring of BESEN underground EV chargers, highlighting their compact, space-saving design optimized for efficient installation and performance.
BESEN chargers are compact, making them perfect for tight underground spaces. This allows businesses to install more chargers in a small area, providing more charging spots for EV drivers.
Electric vehicle connected to a charging station with a glowing shield and checkmark icon, symbolizing safety features.
Safety is a key focus for BESEN. Their chargers include important safety features like protection against over-voltage, over-current, and short circuits. These features ensure the chargers operate safely in underground settings, meeting safety regulations.
Image of multiple BESEN underground EV chargers mounted on an outdoor wall, with electric vehicles parked and connected. The simple setup highlights the chargers' ease of maintenance and accessibility for users.
BESEN chargers are designed to be easy to maintain, with simple access to parts for quick inspections and repairs. This reduces downtime and keeps the chargers working efficiently.
Specification BS20 BN30 BS30
Connector and Electrical Input Voltage / Output Voltage AC 230V/400V AC 230V/400V AC 230V/400V
Input Frequency 47~63Hz 47~63Hz 47~63Hz
AC Power Output Rating 3.6kW / 7.2kW /11kW / 22kW 3.6kW / 7.2kW /11kW / 22kW 3.6kW / 7.2kW /11kW / 22kW
Max. Output Current 32A 32A 32A
Connector Type SAE J1772, IEC 62196-2, GB/T SAE J1772, IEC 62196-2, GB/T IEC 62196-2
Performance and Safety Ingress Protection IP66 IP66 IP66
Impact Protection IK10 IK10 IK10
Electrical Protection Under Voltage Protection / Over Load Protection / Short Circuit Protection /Leakage Protection / Over-temp Protection / Lightning Protection
RCD Type Type A / Type A+6mA DC Type A / Type A+6mA DC Type A / Type A+6mA DC
Environment Temperature -25°C~55°C -25°C~55°C -25°C~55°C
Certifications CE/FCC/CSA/RoHS/ETL/REACH CE/RoHS CE/RoHS
Function Current Adjusting Yes Yes Yes
Ethernet/WIFI/4G/Bluetooth Optional Optional Optional
LED Indicator Light Yes Yes Yes
LCD Display Screen 3.5-inch Color Display No No
Mounting Method Wall-Mounted / Ground-mounting Pole
Plug & Play Yes Yes Yes
App Yes Yes Yes
Rfid Yes Yes Yes
Dynamic Load Balancing Yes No No
Ocpp Yes No No
Mechnical Dimension(L/W/D) 295/195/65mm 120/100/280mm 325/120/87mm
Weight 6kg~8kg 4kg~6kg 3.5kg

Various product certification documents displayed in a horizontal arrangement, showcasing compliance and quality standards. Certificates of conformity and compliance arranged horizontally, representing various product certifications achieved by BESEN. Certificates of conformity and compliance arranged horizontally, showcasing additional product certifications obtained by BESEN. Verification and certificates of conformity, presented in a horizontal layout, highlighting BESEN's diverse range of product certifications. Test verification and certificates of conformity, arranged in a row, illustrating BESEN's comprehensive product certifications for global standards. A collection of product certificates of conformity and compliance, demonstrating BESEN's adherence to various international standards for their EV charging solutions. A showcase of various company honors and certifications awarded to BESEN, highlighting their commitment to excellence, efficient management, and adherence to industry standards in their manufacturing processes. Certificates of design and invention patents awarded to BESEN, reflecting their commitment to technological research, development, and innovation in the EVSE product line. Additional certificates of design and invention patents awarded to BESEN, showcasing their dedication to technological advancement and innovation in the electric vehicle supply equipment industry.

ODM&OEM Underground EV Chargers

BESEN specializes in providing high-quality ODM (Original Design Manufacturer) and OEM (Original Equipment Manufacturer) underground EV chargers for customers worldwide. Whether you need custom-designed products or branded production, BESEN has you covered.

Our chargers are waterproof, corrosion-resistant, and have excellent heat dissipation, making them perfect for tough underground environments. With skilled craftsmanship and strict quality control, we ensure every charger meets international standards and fits your market needs.

Choosing BESEN means getting expert customization, flexible production, and reliable technical support. Whether it’s ODM or OEM, BESEN is your trusted partner to add value to your brand and business.

How much does an underground EV charger cost?

The price of an underground EV charger can vary depending on factors such as the charger’s power output, design, and additional features like waterproofing or smart connectivity. For exact pricing, it’s best to contact the manufacturer or supplier directly.

What factors affect the cost of installing an underground EV charger?

The cost of installing an underground EV charger is influenced by several factors, including the charger’s price, installation complexity, required permits, and any additional infrastructure, like trenching or wiring. Installation costs can vary widely, but it’s important to budget for both the charger and the associated installation expenses.

Are there underground EV chargers compatible with Tesla vehicles?

Yes, there are underground EV chargers that are compatible with Tesla vehicles. Many universal chargers, including those from companies like BESEN, are designed to work with Tesla models using an adapter. Tesla owners can benefit from the discreet and space-saving design of underground chargers while ensuring efficient charging for their vehicles.

Send Your Inquiry Today
Quick Quote
Update cookies preferences
Scroll to Top