Premium grid-integrated fast-charging hardware, factory-configured to Italian standards and local municipal requirements.
Verona occupies a highly strategic geographic position in Northern Italy. Positioned at the intersection of the Venice-Milan-Turin Corridor (Corridor 5) and the Brennero-Bologna Axis (Corridor 1), it serves as the ultimate distribution gateway between Central Europe and the Mediterranean basin. The Quadrante Europa Intermodal Terminal stands as one of the largest logistics hubs in continental Europe, handling millions of metric tons of cargo annually.
For municipal operators, commercial property owners, and logistics firms in Verona, transitioning fleet and public infrastructure to electric mobility is no longer a peripheral strategy—it is a compliance imperative. EU directives demanding zero-emission freight corridors, paired with local emission control zones in Verona’s historic center, create an urgent demand for rugged, high-uptime public EV charging infrastructure.
The global EV landscape is moving rapidly away from lower-output AC chargers toward dynamic, high-power DC stations integrated with local renewable production and energy storage.
Across Europe and North America, buyers face two critical challenges: supply chain latency and technical compliance barriers. With local grids heavily regulated under strict electrical codes, EV chargers must utilize sophisticated thermal management, remote diagnostics, and smart load-balancing algorithms to prevent grid overloading. By bridging Chinese manufacturing efficiency with stringent compliance methodologies, Shenzhen Orange Energy Co., Ltd. supplies resilient infrastructure engineered to bypass these hurdles.
Shenzhen Orange Energy Co., Ltd. is a forward-thinking technology company specializing in electric vehicle charging infrastructure and smart energy solutions. Based in Shenzhen, the company focuses on the development, manufacturing, and deployment of advanced EV charging systems for global markets.
Orange Energy provides a comprehensive portfolio of charging solutions, including workplace EV charging, public charging infrastructure, residential charging solutions, and fleet charging systems. The company also develops fast-charging stations, urban charging networks, and highway charging stations to support the growing adoption of electric mobility.
In addition, Orange Energy delivers specialized applications such as retail parking charging, hotel destination charging, shopping mall and office building charging solutions, and multi-unit residential charging systems. Its innovative offerings also include advertising display charging stations, digital screen chargers, interactive charging displays, solar-powered EV charging systems, and networked charging management platforms.
With a strong focus on smart technology, reliability, and sustainability, Shenzhen Orange Energy Co., Ltd. aims to help cities, businesses, and communities build efficient EV charging ecosystems worldwide.
Dynamic footprint, intelligent power sharing, and remote application configurations optimal for tourist corridors and historic city borders.
Shenzhen is globally recognized as the epicentre of lithium-ion batteries and advanced power electronics. By basing our research, component sourcing, and final assembly lines within this industrial cluster, Orange Energy is uniquely positioned to deliver superior technology with extreme efficiency. Compared to domestic European manufacturers, our supply chains are integrated directly with key semiconductor, magnetic component, and power module factories. This geographical aggregation enables a faster design cycle, quicker validation testing, and drastically lower capital costs per kilowatt delivered.
We source only high-grade silicon carbides (SiC) and IGBT modules, ensuring high thermal thresholds and minimal operational downtime. All components undergo extensive burn-in and cycle testing to guarantee long-term operation under variable environmental conditions, such as the hot summer climates of Northern Italy.
Our in-house firmware development team can customize OCPP APIs, load balancing, dynamic payment displays, and RFID integration to sync seamlessly with local Italian charge point operator (CPO) software interfaces, bypassing the standard months-long delay cycles of local suppliers.
Custom-engineered public EV infrastructure designed for high-stress regional applications.
With logistics companies operating around-the-clock near Quadrante Europa, downtime is not an option. Our 160kW-360kW DC stations deliver rapid turnaround, allowing medium and heavy transport fleets to charge during mandatory resting intervals.
Verona’s tourism economy, driven by the Arena and proximity to Lake Garda, hosts millions of road-tripping Europeans annually. Wall-mounted multi-bay DC chargers and AC units allow hotels and resorts to attract high-value guests who prioritize fast charging.
Large commercial properties on the outskirts of Verona use our digital-screen integrated chargers. This enables shoppers to easily fast-charge their vehicles during 45-minute shopping windows, while merchants run localized ad campaigns on the digital displays.
Municipal parking lots and street-side installations require durable, vandal-proof casings. Our charging enclosures use high-tensile materials with anti-corrosion, IP54 weatherproofing, and IK10 impact protection, making them ideal for heavy public utilization.
Heavy-duty, grid-coupled hardware, substations, and multicharger hubs engineered to anchor regional transit systems and industrial applications.
Key technical explanations curated by our engineering division regarding importing and deploying Shenzhen Orange Energy systems in the EU.
Yes. All charging equipment exported to Verona and the broader European market carries full CE marking (complying with LVD and EMC directives). We integrate strict electrical protections compliant with standard IEC 61851-1 and international safety standards, ensuring trouble-free authorization with regional Italian distribution system operators (DSOs) such as e-distribuzione.
All our commercial and public-use chargers are built on native OCPP 1.6J protocols, upgradeable to OCPP 2.0.1. This guarantees seamless integration with major open charging networks, local Italian booking applications, and third-party back-office billing systems. You can manage user authentication, scheduling, dynamic pricing, and system parameters remotely.
Typically, standard manufacturing times run between 20 to 30 working days. Shipments to Verona are handled via major logistics hubs (e.g., shipping directly to the Port of Genoa or Venice, then transferred via rail or road to Verona's Quadrante Europa). Ocean freight generally takes 30-35 days, while express air freight is available for urgent control componentry and parts.
Our high-capacity stations utilize advanced air-cooled or liquid-cooled cable structures alongside smart internal cooling manifolds. The internal power modules feature direct thermal monitoring. If temperatures climb to critical levels during sustained high-current sessions, the controller employs dynamic load derating to protect the system without fully shutting off the session.
Yes, dynamic load management (DLM) is a core feature. Our controllers dynamically adjust output depending on real-time grid capacity or concurrent facility demands, preventing costly peak demand charges. Our next-generation DC systems are also hardware-configured for ISO 15118 bidirectional V2G applications.
We provide comprehensive wiring schematics, video guides, and remote commissioning assistance via our engineering team. Any secondary diagnostics can be handled over-the-air (OTA) via the OCPP cloud management interface. In the event of a component issue, we maintain modular, hot-swappable power blocks that can be quickly replaced on-site by a local certified electrician.
Orange Energy
