Powering the Future of EV Charging: HyperStrong's Integrated Charging + Storage Solution

A Rapidly Growing EV Market Meets Infrastructure Bottlenecks

Global EV sales surged by 25% in 2024, reaching 17 million units, led by China's rapid adoption and the UK overtaking Germany in Europe thanks to strong policy incentives. Meanwhile, public charging infrastructure is in a race to keep up — projected to grow from 4 million charging points in 2023 to 15 million by 2030 (according to IEA).

But this explosive growth brings mounting challenges:

- Grid constraints: Legacy urban power infrastructure can’t keep up with the high load of DC fast-charging stations.

- Space & cost barriers: Urban charging sites face limited grid access and skyrocketing construction costs.

- Load volatility: Power demand can fluctuate by up to 80% between peak and off-peak hours.

- Slow ROI: With vehicle-to-pile ratios as high as 7.7:1, many operators struggle to turn a profit.

That’s where HyperStrong’s Integrated Charging + Energy Storage Solution comes in.

The Power of Integration: Charging Meets Storage

Combining energy storage with EV charging infrastructure is no longer a “nice to have” — it’s essential. Not only does it reduce pressure on the grid, but it also unlocks new revenue streams and accelerates ROI.

Key enablers driving this transition:

- Time-of-use electricity pricing: Encourages off-peak charging and peak-time discharging.

- Diverse monetization: Beyond charging fees, operators can benefit from energy trading, subsidies, advertising, platform services, and more.

- Smarter operations: HyperStrong’s AI-powered Energy Management Platform ensures real-time optimization and predictive maintenance.

At the heart of this solution is HyperStrong’s proprietary solid-state LFP battery technology, offering:

- Superior safety

- Higher energy density

- Longer lifecycle

- AI-enhanced control and monitoring

Tailored Solutions for Real-World Challenges

HyperStrong’s integrated solution is designed for flexibility, delivering value across multiple scenarios:

1. Charging + Power Trading

- Store energy when it’s cheap, sell or use it when it’s expensive.

- Maximize profits through dynamic pricing arbitrage.

2. Space and Grid Capacity Optimization

- Ideal for constrained urban sites that need to expand without expensive grid upgrades.

3. Mobile Charging

- Enables flexible deployment in under-served areas or for emergency charging needs.

Case Study: Siyuanqiao Charging Station, North China

Initially designed for 125 EV chargers, this urban project faced major delays due to transformer installation approvals.

HyperStrong’s solution: A scaled-down, smarter setup using:

- 30 demo parking spaces

- One 630 kVA transformer

- 15 units of 120 kW integrated charging-storage systems

This setup charges during off-peak hours and discharges during peak demand - exceeding the transformer's nominal output without needing a costly grid upgrade.

Results:

- Payback period ~5.5 years

- Improved charging efficiency

- Shorter charging times

- Higher customer satisfaction

Why HyperStrong?

With over 300 energy storage projects and 25GWh of capacity deployed, HyperStrong is China’s leading energy storage solution provider.

As EV adoption accelerates and grid pressures rise, we’re committed to building smarter AI-powered energy infrastructure — delivering cleaner and more efficient power to the world.

Follow HyperStrong on LinkedIn for more insights on the future of EV infrastructure. Reach out to explore partnership opportunities.