Ouyue Electric's stainless steel charging pile distribution box is sent to Saudi Arabia: double-layer split structure, suitable for outdoor high temperatures

I. Double-layer independent partition cavity: Power distribution and charging each occupy one layer, and strong and weak electricity are completely separated

Unlike the common single-compartment charging pile distribution box, this product adopts a double-layer split structure design, dividing the box space into two completely isolated independent installation compartments:

Upper level: Main distribution compartment

The upper warehouse has a spacious area and is suitable for installing power distribution components such as air switches, leakage protection devices, metering meters, and main distribution switches. Multiple sets of fixed screw columns are reserved on the inner wall of the warehouse. Components can be directly installed on the back plate or side wall through bolts without the need for on-site drilling and tapping. The four sides of the warehouse body have been thickened with folded edges, ensuring high structural strength and the ability to support relatively heavy distribution components.

Lower layer: Special installation compartment for charging piles

The lower compartment reserves dedicated installation space for the charging pile controller and gun wire terminal blocks. Metal fixed brackets are pre-installed on the side of the warehouse body for fixing the controller module of the charging pile and the terminal block. The power lines of the charging piles are all concentrated in the lower-level warehouse and physically isolated from the upper-level distribution control lines, avoiding electromagnetic interference to the control signals caused by high-current power lines and reducing the risk of short circuits and leakage due to the mixed installation of strong and weak currents.

II. Stainless steel base material + outdoor electrostatic powder coating: Customized for the high-temperature salt spray environment in Saudi Arabia

The compartment door of the dedicated installation space for lower-level charging stations is equipped with an independent anti-theft lock, allowing it to be locked and managed separately. This design holds threefold significance in practical application scenarios:

First, theft prevention—The charging pile controller and terminal blocks are core components of the charging station. Independent locking prevents unauthorized tampering, disassembly, or theft of electrical wiring.

Second, accidental contact prevention—During routine inspections and maintenance of the upper distribution compartment, the lower charging pile compartment remains locked, preventing unauthorized personnel from accessing power lines.

Third, management zoning—Property managers or charging operators can assign the key to the upper distribution compartment to electricians, while retaining the key to the lower charging pile compartment themselves, enabling tiered access control.

III. In the Middle East's charging pile market, the weather resistance of equipment in high-temperature environments is the core procurement criterion

Saudi Arabia's "Vision 2030" positions electric vehicles as a key component of economic diversification, aiming for electric vehicles to account for 30% of Riyadh's vehicle fleet by 2030. Since 2025, investment in charging infrastructure has significantly accelerated, with public charging networks rapidly expanding across major cities such as Riyadh, Jeddah, and Dammam. The Middle East region boasts abundant solar resources, making integrated photovoltaic-storage-charging stations the dominant technological approach. As a critical connection device between charging piles, the power grid, and energy storage systems, distribution boxes directly affect the availability of charging stations through their outdoor weather resistance and long-term reliability.

Unlike temperate markets, for Middle Eastern customers purchasing charging station enclosures, high-temperature stability and material corrosion resistance are the top two mandatory criteria. Middle Eastern EPC contractors and charging operators commonly list stainless steel materials, IP protection ratings, and high-temperature operation verification as key procurement requirements when selecting equipment.

Ouyue Electric's stainless steel charging station distribution box shipped to Saudi Arabia features a dual-layer split structure, stainless steel base material, outdoor powder-coated finish, and independent lock management—each design element tailored to the real-world operating conditions of charging stations in the Middle East.

IV. After the product drawings are confirmed, samples will be available within 7 days, and we will enter the Middle East charging market through professional customization

Whether you are supporting charging station projects in Middle Eastern countries such as Saudi Arabia and the UAE, or providing OEM/ODM enclosure customization services for overseas charging brands, Ouyue Electric can deliver stainless steel charging station distribution enclosures that withstand high-temperature and salt spray tests—thanks to our factory's rapid response and extensive experience in protective design.

Once the product drawings are confirmed, it only takes 7 days to produce the finished product. Please send us your charging station specifications or technical requirements for the enclosure, and we will promptly provide solution recommendations and schedule sample production.