The electric vehicle revolution is surging forward, but its foundation—charging infrastructure—faces a critical test in the very environments where EVs are most prevalent: dense cities and high-traffic hubs. Here, the race for space collides with the demand for power. Property developers, fleet operators, and site managers are caught between the need to offer fast, reliable charging and the physical and economic constraints of limited real estate, cramped electrical rooms, and prohibitively expensive grid upgrades.
Traditional, monolithic DC chargers often exacerbate these problems. Their large footprint consumes valuable parking spots, while their significant power requirements necessitate complex, site-wide electrical work. A new approach is needed—one that doesn't just add hardware but reimagines the system itself.
1. The Intelligent Separation: Power Where It Fits, Access Where It's Needed
The breakthrough lies in split-type architecture. This design philosophy decouples the high-power conversion system from the user-facing charging dispenser. The Fora Series DC Charging Station embodies this principle, transforming deployment from a logistical challenge into a flexible strategy.
Its robust Power Cabinet—the system's core—can be installed up to 30 meters away in a basement, utility room, or an unobtrusive corner, centralizing high-voltage connections and minimizing costly cabling runs across the property. Meanwhile, the sleek, compact dispensers occupy minimal space right at the parking stall, delivering the fast-charging experience drivers expect without obstructing traffic or sacrificing parking capacity.
2. Engineered for High-Demand, Real-World Scenarios
This architectural shift is not merely about convenience; it's about enabling reliable charging operations in the most demanding settings:
- For Fleets & Logistics Hubs: Taxi depots, ride-hailing service centers, and last-mile delivery terminals require simultaneous charging of multiple vehicles with maximum uptime. The Fora Series's scalable design allows additional dispensers to be connected to a centralized power source, supporting efficient fleet electrification without repeated construction.
- For Commercial & Public Parking: Shopping centers, office buildings, and public fast-charging plazas can now integrate high-power charging into existing layouts. The discreet design preserves aesthetics while Intelligent Power Allocation dynamically optimizes energy flow between dispensers, ensuring efficient use of available power.
- For Multi-Family Residences & Urban Developments: The system directly addresses space and grid limitations, making viable charging installations where they were once considered too difficult or expensive, thereby future-proofing properties.
3. Beyond Solving Today's Problems: A Foundation for Tomorrow
Building on the reliability embedded in our Pales DC Series, the Fora Series is engineered for the next wave of EV technology. With power outputs scalable from 360kW to 960kW, it is ready to charge the latest 800V vehicle platforms at their maximum potential, reducing charging stops to minutes. This focus on forward compatibility protects infrastructure investments for years to come.
At Anariev, we view infrastructure as the enabler of progress. The Fora Series is more than a product; it is a strategic solution to the spatial and economic bottlenecks hindering urban EV adoption. By turning constrained sites into efficient charging destinations, we are not just installing chargers—we are clearing a pivotal roadblock on the path to seamless, sustainable mobility for all.
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