The Future of EV Charging in North America: Why NACS-Compatible Integrated Energy Storage Chargers Are Leading the Way in 2026

As electric vehicle (EV) adoption surges across North America in 2025, reliable and efficient charging infrastructure has become more critical than ever. With nearly every major automaker transitioning to the North American Charging Standard (NACS)—now the unified industry standard—drivers are gaining seamless access to expansive networks like Tesla’s Superchargers. But traditional grid-dependent chargers often face limitations in weak-grid areas or during peak demand.

Enter integrated energy storage DC fast chargers: innovative solutions that combine high-power DC fast charging with built-in battery storage. These systems are transforming how we deploy EV charging stations, especially in commercial, fleet, and off-grid scenarios. Recently, we’ve achieved a major milestone by delivering our first 75kWh / 60kW NACS-compatible integrated energy storage charger to a customer in the United States—marking our entry into this booming market.

Why NACS Is Dominating the North American EV Charging Landscape in 2026

By late 2025, the shift to NACS (formally SAE J3400) is nearly complete. Major automakers including Ford, General Motors, Rivian, Hyundai, Mercedes-Benz, BMW, Volkswagen, Nissan, Honda, and even Stellantis have adopted native NACS ports on new models. This unification eliminates the fragmentation of the past CCS era and provides drivers with broader compatibility.

• Access to Tesla’s Supercharger network: Over 25,000 high-reliability stalls now open to non-Tesla EVs.
• Future-proof compatibility: Virtually all 2025+ EVs will feature NACS natively, reducing the need for adapters.
• Faster industry growth: The North American EV charging market is projected to expand rapidly, with DC fast charging points growing significantly to support rising EV sales.

Adopting NACS early positions charging solutions like ours at the forefront of this standardized ecosystem.

The Rise of Integrated Energy Storage in DC Fast Charging

Traditional DC fast chargers rely heavily on the local grid, which can lead to high demand charges, installation delays, and unreliable performance in areas with limited power capacity. Integrated energy storage systems address these challenges head-on by incorporating a high-capacity battery (like our 75kWh LiFePO4 pack) directly into the charger.

Key benefits include:

• Grid independence: Deploy in off-grid or weak-grid locations without expensive upgrades.
• Peak shaving and cost savings: Store energy during off-peak hours and discharge during high-demand periods, slashing electricity bills.
• Rapid, reliable charging: Deliver consistent 60kW DC fast charging even under strain.
• Mobility and flexibility: Compact, movable designs ideal for parking lots, events, commercial fleets, or emergency response.

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These systems are particularly valuable for operators looking to optimize costs while providing high-speed charging for NACS-equipped vehicles.

Our Breakthrough: First NACS Integrated Storage Charger in North America

We’re proud to announce the successful shipment and delivery of our 75kWh / 60kW integrated energy storage DC fast charger—the first of its kind with full NACS compatibility—to a U.S. customer. This unit is now operational, providing efficient supplemental charging for local NACS-equipped EVs.

Highlights of our solution:

• 75kWh high-safety LiFePO4 battery for extended buffering and durability.
• 60kW DC output for quick recharges.
• Full NACS compliance for seamless use with 2025+ models from Tesla and other brands.
• Intelligent energy management for peak-valley arbitrage and sustainable operations.

This delivery opens new opportunities in the North American market, where demand for flexible, high-performance charging is skyrocketing.

Looking Ahead: Building a Sustainable EV Charging Future

As North America accelerates toward widespread EV adoption in 2026 and beyond, innovative solutions like NACS-compatible integrated storage chargers will play a pivotal role. They not only support the growing fleet of electric vehicles but also promote grid resilience and renewable integration.

We’re committed to delivering more cutting-edge products to empower businesses, fleets, and communities with reliable, efficient EV infrastructure.