As electric vehicles enter more households, efficient and safe “energy replenishment” for cars has become a key concern for every owner. Whether charging at personal home parking spaces or quick recharging at commercial stations, choosing a high-performance, reliable EV Charging Pile is essential. It is not only the interface connecting the power grid and vehicles, but also the core equipment for convenient travel and operational efficiency. Now, let’s learn about the electric charging machines launched by YG.【WhatsApp/WeChat/Phone】+86 13837122632
YG’s Best-selling Electric Charging Machines Parameters
| Product number | YG-60KW | YG-80KW | YG-120KW | |
| Detailed specification | rated power | 60KW | 80KW | 120KW |
| Charging equipment | User Interface | 7-inch LCD color display touchscreen | ||
| installation | Floor-standing/Down in down out | |||
| Routing mode device size | 635*423*1600(mm) | |||
| Input voltage | AC380V±20% | |||
| Input frequency | 45~65Hz | |||
| The output voltage | 200-750VDC | |||
| Single gun output current range | 200V-500V | 200V-500V | 200V-500V | |
| The output voltage | 0-90A | 0-120A | 0-160A | |
| Single gun output current range | 200V-750V | 200V-750V | 200V-750V | |
| The output voltage | 0-60A | 0-80A | 0-107A | |
| Charging equipment | Single gun output current range | 0-112A | 0-150A | / |
| Cable length | 5m | |||
| Electrical index | Measurement accuracy | Level 0.5 | ||
| Current limit protection value | ≥110% | |||
| Voltage regulation accuracy | ≤±0.5% | |||
| Steady flow accuracy | ≤±1% | |||
| Ripple coefficient | ≤±0.5% | |||
| effectiveness | ≥94.5% | |||
| Power factor | ≥0.99 (50% load or more) | |||
| Harmonic content THD | ≤5% (50% load or more) | |||
| Feature design | HMI | 7-inch LCD color display touch screen, LED indicator | ||
| Charging mode | Auto full / fixed power / fixed amount / fixed time | |||
| payment method | Credit card payment / APP payment /scan code payment | |||
| Communication Interface | Ethernet 2/3/4G (optional) | |||
| Safety design | Executive standard | GB\T 20234, GB/T 18487, GB/T 27930, NB\T 33008 | ||
| security function | Charge gun temperature detection, overvoltage protection, undervoltage protection, overload protection, short circuit protection, grounding protection, over-temperature protection, low-temperature protection, insulation monitoring protection, polarity reverse connection protection, lightning protection, emergency stop protection, leakage protection | |||
| Environmental indicators | Operating temperature | -25°C~+50°C | ||
| Working humidity | 5%~95% non-condensing cream | |||
| Working elevation | <3000m | |||
| Protection level | IP54 | |||
| cooling method | Forced air cooling | |||
| Noise control | ≤60dB | |||
| MTBF | 100,000 hours | |||
How Does the EV Charging Pile Achieve Multi-layer Protection?
- Hardware-level Robust Protection: High-performance flame-retardant materials or sheet metal enclosures are adopted to effectively prevent the spread of fire. The IP54 protection rating ensures that the equipment is dustproof and waterproof outdoors, adapting to various harsh weather conditions.
- Dual Electrical Safety Guarantee: In addition to traditional hardware protections such as overvoltage, undervoltage, short circuit, and leakage protection, the innovative “software + hardware” dual overcurrent and overload protection technology responds more sensitively and timely, eliminating risks from the source.
- Intelligent Environmental Monitoring: Built-in multiple sensors, such as smoke, temperature, and microwave sensors, are like equipping the device with “eyes” and “nose”, which can monitor abnormalities in the surrounding environment in real time and link with the fire protection platform to achieve early warning.
How Does the EV Charging Pile Realize Remote and Efficient Management?
- Remote Operation, Maintenance, and Upgrade: Connected to the network through IOT technology, managers can monitor equipment status in real time and perform online meter reading and billing on the platform. The industry-leading OTA remote upgrade function enables software iteration without on-site operation, greatly reducing maintenance costs.
- Convenient User Interaction: Users can locate charging piles, reserve charging services, and make payments through multiple methods via the app or mini-program. The device is equipped with a high-brightness 7-inch touch screen, featuring intuitive and simple operation.
- Power-off Memory and Auto-stop: In case of a power grid outage during charging, the device can automatically resume the unfinished order after power restoration, avoiding disputes. It can automatically detect the battery status and stop charging once the battery is fully charged, preventing overcharging and extending battery life.
What Scenarios Is the Ev Charger Stand Suitable for?
- Full-scenario Coverage: It can be deployed in public charging stations, bus depots, commercial centers, communities, and factories. Its wide voltage output range (200-750VDC) is fully compatible with various models such as electric cars, engineering vehicles, buses, and logistics vehicles.
- Flexible Installation Method: It supports floor-mounted installation with a stable structure, suitable for most planned parking spaces. This reliable ev charger stand solution has become the mainstream choice for parking lot construction.
YG Ev Fast Charger Price Influencing Factors
- Quality of Core Components: As an R&D and manufacturing enterprise, all our core components (charging gun cables, control motherboards, power modules, chips, residual current circuit breakers, and metering modules) are products of leading domestic listed enterprises. This ensures the long-term operational stability of the equipment. Although it increases part of the cost, it greatly reduces the failure rate of station operation.
- Additional Technical Functions: Intelligent functions such as support for OTA remote upgrade, IOT networked monitoring, and multi-sensor environmental monitoring will increase the value of the equipment.
- Production Scale & Market Positioning: Relying on large-scale production and a direct sales model, we can provide ev car fast charger price lower than the market average while ensuring high quality. Stable equipment performance is the basis for the continuous profitability of charging stations and the foundation for our survival and development.
Electric Charging Machine Sold to Australia
Client Background
In early 2025, a major commercial complex operator in Sydney, Australia, contacted YG Machinery. The operator runs an integrated commercial building combining shopping malls, office towers, and hotels in central Sydney, with a daily foot traffic of over 20,000 visitors. Australia’s electric vehicle market has expanded rapidly — EV sales hit 72,800 units in the first half of 2025, a year-on-year rise of 24.4%, with market share climbing to 12.1%. EV drivers inside the mall parking lot are facing an urgent need for charging facilities.
Client Requirements
The commercial complex encountered multiple challenges. Vehicles enter and exit the parking lot every day in large numbers, and EV owners expect full charging during shopping or office hours, which puts forward strict requirements on charging speed. The parking area has limited space, so charging equipment must feature compact installation without occupying too many parking bays. Temperatures soar during Australian summers, meaning equipment needs excellent heat dissipation and high-temperature resistance. Besides, all units must comply with Australia’s mainstream CCS2 charging standard. The client planned to purchase a batch of high-quality DC fast charging piles to cover current demands and prepare for the continuous growth of local EV ownership, which exceeded 400,000 units on Australian roads by the end of 2025.
YG Solution
Based on the client’s demands, the YG technical team recommended the YG-120KW ev charging pile as the primary equipment. This model has a rated power of 120KW. Within the 200–750V voltage range, its single gun can deliver a maximum output current of 107A, supporting fast charging for most electric vehicle models. It adopts floor-mounted installation with bottom-in and bottom-out wiring layout. The overall dimension is only 635×423×1600mm, and its compact body saves plenty of parking space. With an IP54 protection grade and a wide operating temperature from -25°C to +50°C, it handles Sydney’s hot summer climate perfectly. Furthermore, YG-120KW supports Ethernet and 4G communication to enable remote monitoring and real-time data management, meeting the intelligent operation needs of commercial operators. Equipped with a 7-inch color LCD touch screen, it accepts multiple payment methods, including card swiping, mobile app, and QR code scanning, bringing a convenient charging experience for end users.
Project Process
After learning about our products via the YG official website, the client held multiple rounds of online talks with the sales team to confirm key details such as installation site conditions, power capacity, and payment system integration. YG modified the equipment to fit Australian electrical standards and CCS2 charging protocols, guaranteeing full compatibility between charging guns and local mainstream EVs. Before shipment, YG completed comprehensive factory tests and sent on-site installation tutorial videos to the client. After the machines arrived in Sydney, YG’s after-sales staff guided on-site installation, wiring, and system commissioning through remote video calls. The first six sets of YG-120KW ev charger stand were officially put into service in the mall’s underground parking lot in April 2025.
Operation Results
Three months after launch, the client reported that the YG-120KW ev charger stand runs steadily with more than 80 daily charging sessions and a continuously high equipment utilization rate. The 120KW high-power output lets most drivers finish sufficient battery top-ups within 30 to 40 minutes, matching customers’ average stay duration inside the shopping mall. The equipment maintains reliable performance even under Sydney’s 40°C summer heat, thanks to its forced air cooling system that effectively controls internal temperature. The complex operator stated that the charging piles greatly boosted the additional service value of the parking lot, attracted more EV customers for consumption, and generated steady revenue from charging services for the mall.
How to Choose an EV Charging Pile According to Your Needs
- Operation Scenarios Determine Power: For ride-hailing vehicles, taxi fast-charging stations, and highway service areas, it is recommended to choose high-power DC fast-charging piles of 120KW and above to pursue the fastest turnover rate. For places with long parking times, such as shopping malls and office buildings, models with 60KW-80KW strike a better balance between investment and efficiency.
- Consider Future Development: Choose models that support OTA remote upgrade and are equipped with rich communication interfaces, which can reserve space for future function expansion (such as V2G and intelligent scheduling) and protect investment.
In a word, choosing an electric vehicle charging pile is a comprehensive decision. It is not only the purchase of a power equipment, but also the introduction of a complete solution covering safety protection, intelligent operation, remote service, and long-term reliability. With the rapid development of the electric vehicle industry, investing in technologically advanced, high-quality, and efficient charging infrastructure will undoubtedly bring lasting competitiveness and returns to operators.【WhatsApp/WeChat/Phone】+86 13837122632
