Charge & Store: The All-in-One Solution for Home Energy and EV Charging

Tired of juggling multiple energy systems and paying skyrocketing electricity bills? What if your home could power itself and your EV efficiently while saving you money?

An integrated energy storage system¹ (ESS) with EV charging combines solar power storage, smart energy management, and fast electric vehicle charging² into one seamless solution for modern households.

The future of home energy isn't just about going green—it's about going smart. By merging energy storage with EV charging, homeowners gain unprecedented control over their power usage while future-proofing their homes. Let's explore how this game-changing technology works.

Your Home's Power Hub: Seamless EV Charging Meets Smart Energy Storage

Ever wished your EV could charge itself using your rooftop solar panels—even at night?

Integrated ESS+EV systems store excess solar energy in batteries for overnight EV charging and home use, eliminating grid dependence during peak rate hours while providing backup power during outages.

How Storage + Charging Systems Work Together

1. Solar Harvesting:

   • PV panels generate power during daylight
   • Excess energy charges home battery instead of selling back to grid

2. Smart Load Management:

   • System prioritizes energy to home circuits, batteries, or EV charger
   • AI algorithms predict usage patterns to optimize storage

3. EV Charging Modes:

   Mode	Function	Benefit
   Solar-Direct	Charges EV directly from panels	Zero-cost "sun-powered miles"
   Battery-Assist	Uses stored energy when sun's down	Avoids peak grid rates
   Grid-Blend	Combines sources for fastest charge	Intelligent rate optimization

4. Grid Services:

   • Some systems participate in utility demand response programs
   • Earn credits by supplying stored power during grid stress events

Smart Energy, Smarter Charging: How Integrated ESS & EV Chargers Optimize Your Electric Lifestyle

What if your energy system could predict your schedule and adjust itself automatically?

Advanced systems use machine learning to analyze your driving habits, electricity rates, and weather patterns to automatically charge your EV at the optimal time—saving 30-60% on charging costs versus basic chargers.

Key Optimization Features

1. Rate Arbitrage

• Stores energy when rates are low ($0.08/kWh overnight)
• Powers home/EV when rates peak ($0.32/kWh 4-9pm)

2. Solar Self-Consumption

• Typical system increases solar utilization from 30% → 80%+
• 10kW system can provide ~40 miles of daily "free" EV charging

3. Emergency Preparedness

• 10-20kWh battery backup keeps lights/outlets/EV charger operational
• Critical circuits remain powered for 3+ days during outages

4. Fleet & V2H Compatibility

• Emerging vehicle-to-home (V2H)³ tech lets EVs power your house
• Ford F-150 Lightning can provide 9.6kW backup power

Beyond Convenience: Maximizing Savings and Sustainability with an Integrated Storage-Charger System

How much can you really save by combining these technologies?

Homeowners with solar+storage+EV charging typically see 50-75% reductions in electricity costs versus grid-only power, with payback periods of 5-8 years thanks to federal tax credits⁴ and utility incentives.

Financial Breakdown (Example 7kW Solar + 13.5kWh Battery + L2 EVSE)

Annual Savings:

• $1,200 from solar self-consumption⁵
• $600 from peak shaving
• $300 EV charging savings
• $2,100 total (~7 year payback)

Conclusion

Integrated energy storage with EV charging transforms homes into efficient microgrids—slashing bills, boosting resilience, and accelerating the transition to sustainable energy.

Key Takeaways:
✔ Combines solar, storage & smart charging
✔ Cuts energy costs by 50-75%
✔ Provides backup power during outages
✔ Qualifies for 26% federal tax credit

[Take our quiz] to see if your home is ready for an integrated energy system!