As electric vehicles (EVs) continue to reshape the automotive industry, businesses need reliable charging solutions for their fleets. The OLINK CCS2 to NACS Adapter provides 250kW fast charging, offering dual compatibility with both AC and DC charging. It is designed specifically for Tesla vehicles, including Model S, 3, X, and Y, and allows seamless charging across CCS2 networks. For corporate buyers, this adapter provides the power and performance needed to keep their Tesla fleets running efficiently and effectively.
This adapter’s ability to support both AC and DC charging sets it apart. Corporate buyers can rely on it to deliver fast and reliable charging across various stations, ensuring that vehicles are ready to go in less time. With its high-power performance, this adapter can handle up to 250A of current and 1000V of voltage, making it a vital asset for businesses managing large Tesla fleets. The OLINK CCS2 to NACS Adapter minimizes downtime, improving overall fleet productivity.
High-Power 250kW Fast Charging for Tesla: OLINK CCS2 to NACS Adapter with AC/DC Compatibility
Corporate buyers know that charging speed and reliability are key factors in maintaining fleet efficiency. The OLINK CCS2 to NACS Adapter offers 250kW fast charging, delivering rapid power to Tesla vehicles across CCS2-compatible stations. Its dual AC/DC charging compatibility ensures that your vehicles can charge efficiently at both public and private stations, keeping your fleet operational.
The OLINK adapter is engineered for high-power performance. With a current capacity of 250A and a voltage range up to 1000V, it ensures fast charging for all Tesla models. Whether managing a corporate fleet or individual vehicles, this adapter allows businesses to charge vehicles rapidly, minimizing idle time and ensuring maximum operational output. This makes it the perfect solution for businesses seeking to enhance their fleet’s charging capabilities.
OLINK CCS2 to NACS Adapter: Dual 250kW AC/DC Charging with Safety Features for Tesla
Safety is crucial when charging electric vehicles, and OLINK understands the needs of corporate buyers. The OLINK CCS2 to NACS Adapter includes a dual temperature kill switch, automatically halting charging if the adapter overheats. Charging resumes once safe temperatures are restored, ensuring secure and reliable charging for Tesla Model S, 3, X, and Y vehicles. This feature helps protect your fleet from potential risks during fast charging sessions.
In addition to its safety features, the OLINK adapter is built for durability. It meets IP54 water and dust resistance standards and is compliant with UL94 V-0 flame retardant regulations, ensuring it performs reliably in harsh conditions. Corporate buyers can trust this adapter for long-lasting performance, even in extreme environments. Whether managing an international fleet or dealing with variable weather, the OLINK CCS2 to NACS Adapter guarantees dependable performance.
Why Corporate Buyers Trust OLINK
Corporate buyers choose OLINK because we deliver high-performance charging solutions tailored to the needs of B2B markets. The OLINK CCS2 to NACS Adapter provides 250kW fast charging for Tesla vehicles, offering dual AC/DC compatibility for flexible charging across multiple networks. Its high-power performance ensures that corporate fleets charge quickly, minimizing downtime and maximizing fleet efficiency.
OLINK’s focus on safety is evident in the adapter’s dual temperature kill switch, ensuring secure charging during fast sessions. Built with premium materials, the OLINK adapter meets IP54 water and dust resistance standards, offering durability and reliability. Corporate buyers can depend on OLINK to deliver advanced charging solutions that support the growing needs of their Tesla fleets.
By choosing OLINK, corporate buyers invest in cutting-edge charging technology designed to meet the demands of today’s fast-paced electric vehicle industry. Our adapters ensure that your Tesla fleet operates efficiently, keeping your vehicles on the road and your business moving forward.