EV Charging Pile OEM/ODM Solutions
From concept to global deployment, we offer end-to-end customization to meet your unique needs in the booming EV market. ISO-certified, 50K+ annual capacity, fast delivery.
Why Choose TX for Custom EV Charging Pile Solutions?
Partner with TX to Build a New Era of Electric Vehicle Charging!
Strong R&D
Custom hardware, software, and design to deliver tailored solutions.
Flexible Customization
Full-spectrum options from color to functionality for bespoke needs.
High-Efficiency Production
50,000+ AC/year and 10,000+ DC/year for rapid order execution.
Rigorous QC
ISO 9001-certified with multi-layer testing for product reliability.
Global Support
Multilingual services and worldwide networks enabling seamless expansion.
Brand Protection
Strict confidentiality protocols safeguarding intellectual property rights.
Customized Services Leadership:
Driving Global Charging Innovation Across All Scenarios with Tailored Solutions.
With outstanding custom production capabilities, we precisely cater to fields such as automakers and urban communities. We help you gain an edge in charging businesses across various sectors, meeting the complex global demands for charging solutions and leading the industry to new heights.
Colors and Branding:
Based on your brand logo and specific application requirements, we provide customization services for the appearance of charging equipment and brand identification to perfectly match your brand style and needs.
Charging Power:
We offer various charging station designs with different output power and functional conditions to meet the charging requirements of different vehicle models and scenarios, enhancing convenience and comfort in the charging experience.
Charging Modes:
Our charging stations support various charging modes, including scheduled charging, fixed amount charging, auto full charge, reservation charging, etc., flexibly meeting different needs.
Management Software:
Our smart charger management system can be specially customized to integrate your brand elements, enhancing brand recognition.
Needs Communication:
Work closely with our professional team to ensure accurate communication of your customization requirements. Our team is available 24/7, responding to your inquiries in a timely manner and ensuring your expectations are met.
Solution Design:
Our customized solutions include detailed technical specifications, budget costs, and delivery schedules, with no hidden fees, ensuring the dual standards of practicality and cost-effectiveness.
Production and Manufacturing:
We have modern production facilities and strict quality control processes to ensure all products meet international quality standards. We can also customize according to your technical requirements.
Delivery and After-Sales:
Our professional logistics team ensures timely delivery of charging stations, along with installation, debugging services, and 23-hour after-sales support. Our high-quality service standards guarantee a smooth user experience.
Your EV Charging Project:
From Consultation to Completion
EV Charging Resources
A Comprehensive Analysis of Level 3 Charging Speed: How Fast Can Electric Vehicles Really Charge?
Level 3 charging (DC fast charging) can charge an electric vehicle to 80% in about 30 minutes. The actual speed is affected by the vehicle’s maximum power, battery capacity/temperature/state, charging pole power, and sharing conditions. Understanding and optimizing these factors can maximize charging efficiency and extend battery life. It is recommended to charge to 80% for daily use.
Which Technology is Better Suited for Future Parking Scenarios: Charging Robots or Wireless Charging?
This analysis evaluates charging robots and wireless charging for parking facilities. Charging robots offer flexibility, scalability, and lower upfront costs, making them ideal for high-demand, dynamic environments. Wireless charging, while user-friendly, faces costly installation, standardization hurdles, and slower ROI. Technical maturity favors robots for current adoption, while wireless charging shows niche potential. Key factors include parking lot size, budget, user needs, and long-term goals. Robots are recommended for most scenarios today, balancing practicality with future adaptability.
How Can AI Algorithms Optimize Charging Station Layout Planning?
AI revolutionizes EV charging infrastructure by analyzing real-time traffic, demographics, and EV trends to optimize station layouts, capacity, and grid integration. Machine learning predicts future demand, balances charger types (Level 2/DC fast), and prioritizes underserved areas, preventing grid overloads through dynamic pricing and V2G systems. Real-world applications like Tesla’s battery analytics highlight AI’s role in reducing guesswork, improving ROI, and ensuring sustainable, equitable EV adoption.
How to choose between EV and ICE?
Choosing between EVs and ICE vehicles hinges on operational needs, budgets, and sustainability goals. While EVs offer long-term savings, reduced emissions (zero tailpipe pollution), and lower fuel/maintenance costs, ICE vehicles provide faster refueling and heavy-duty capabilities. Enterprise fleets must assess routes (mileage, downtime), vehicle types (light vs. heavy-duty), financial incentives, and charging infrastructure (Level 2, DC fast charging). Total Cost of Ownership (TCO) analysis shows EVs’ long-term affordability despite higher upfront costs. Emerging trends like solid-state batteries, V2G tech, and autonomous driving signal EV dominance. Planning charging infrastructure and leveraging grants ensure a smooth transition.
Charge the Future,
Drive the Change
With advanced fast EV chargers and robust production capabilities, we can greatly empower your business and give you the edge to stand out. Join us to drive your success with EVB charging solutions.