ROCSYS

Rocsys B.V. is a Dutch startup based in Delft, Netherlands, specializing in automated electric vehicle (EV) charging solutions. The company focuses on improving the efficiency and reliability of EV charging for various sectors, including automotive, transport logistics, and industrial applications. Rocsys aims to enhance fleet uptime and driver satisfaction while reducing both capital expenditures (CAPEX) and operational expenditures (OPEX) compared to other automation solutions.

Rocsys serves a diverse range of clients, from fleet operators and logistics companies to automotive manufacturers and industrial firms. The company operates in the rapidly growing EV market, which is driven by the global shift towards sustainable transportation and the increasing adoption of electric vehicles.

The business model of Rocsys revolves around providing automated charging solutions that work reliably in any weather condition and with any type of electric vehicle. By automating the charging process, Rocsys eliminates the need for manual plug-ins, thereby increasing throughput and enhancing the customer experience. This automation not only reduces waiting times but also unburdens the plug-in process, making it more convenient for drivers and fleet operators.

Rocsys generates revenue through the sale and installation of its automated charging systems, as well as through ongoing maintenance and support services. By offering a reliable and efficient charging solution, Rocsys helps its clients increase their revenue and improve safety, making it a valuable partner in the transition to electric mobility.

In summary, Rocsys B.V. is a key player in the EV charging market, providing innovative automated solutions that improve efficiency, safety, and user satisfaction. The company’s focus on reducing costs and enhancing operational performance makes it an attractive option for businesses looking to optimize their EV charging infrastructure.

Keywords: automated EV charging, fleet uptime, driver satisfaction, CAPEX reduction, OPEX reduction, automotive, transport logistics, industrial applications, sustainable transportation, electric mobility.