NYC’s Largest Residential EV Charging Network: Hilltop Village Cooperative’s Journey with EVoke Systems.

Quick Facts

Location
Queens, New York
Scale
423 Level 2 EV chargers
Project Type
Residential multi-building cooperative
Key Partners
Con Edison, DVM Industries

Overview

Hilltop Village Cooperative in Queens is now home to New York City’s largest residential EV charging installation, with 423 Level 2 chargers managed by EVoke Systems’ software platform. This landmark project demonstrates how advanced charging management software can transform large residential communities for a cleaner energy future.

The Challenge

Implementing such a massive charging infrastructure across nine buildings required extensive coordination and future-proof design considerations. The complex project needed to balance electrical capacity constraints while supporting New York City’s ambitious emissions reduction goals.

This groundbreaking project at Hilltop Village showcases how residential communities can lead the way in sustainable transportation infrastructure. EVoke’s software was essential to making this vision a reality.

Solution Highlights

Dynamic Load Management

EVoke’s SmartCharge Management System (SMS) provides advanced load-balancing capabilities across all 423 chargers, optimizing electricity distribution within the building’s capacity.

Grid Integration
The system seamlessly connects with Con Edison’s network, allowing for participation in demand-response programs and Time of Use (TOU) rate optimization.
User-Friendly Experience
These cutting-edge solutions ensure you have a consistent power supply, even when the sun isn’t shining or the wind isn’t blowing.

Results and Benefits

Infrastructure Transformation

The 423-charger installation has created a model for residential EV charging that can be replicated nationwide.

Environmental Impact

Reduced carbon emissions from increased EV adoption directly contribute to New York City’s climate goals.

Economic Benefits

Software-driven optimizations minimize energy costs for both the cooperative and individual drivers.

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Detailed implementation process and challenges overcome

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Technical specifications of the charging infrastructure

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Cost savings and ROI data

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Future expansion plans

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Lessons learned for multi-unit dwelling deployments