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Integrated Photovoltaic-Energy Storage-EV Charging Solution | Full-Scenario Energy EcosystemFull-Scenario Energy Ecosystem Solution

Make Every Kilowatt-Hour Smarter, Make Every Charge Greener
Smart Urban Photovoltaic-Energy Storage-Charging Hubs

Building Low-Carbon Transportation Infrastructure, Redefining Charging Experience

Scenarios Covered: Urban commercial districts, highway service areas, public transport hubsCore Values:

Photovoltaic Direct Supply

Rooftop/canopy solar panels provide real-time power, meeting 30%-50% of charging demand at as low as 1/3 of peak grid electricity prices.

Energy Storage Peak Shaving

Store low-cost power during off-peak hours and release it during peak hours, reducing grid electricity costs by 40% per station and alleviating grid load stress.

Ultra-Fast Charging Experience

Supports 120kW-960kW ultra-fast charging, adding 200km range in 10 minutes. AI power distribution technology improves multi-gun charging efficiency by 25%.
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Optical storage charging system diagram
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Industrial & Commercial Integrated Photovoltaic-Energy Storage-Charging Solution

Industrial & Commercial Integrated Photovoltaic-Energy Storage-Charging Solution Reduce Electricity Costs, Enhance Green Power Value, Create Sustainable Parks

Applicable Scenarios: Factories, office buildings, logistics parks, commercial complexesThree-Layer Energy Architecture:
1.Power Generation Layer: Rooftop distributed photovoltaics with 50-500kW capacity, covering 15%-30% of enterprise electricity demand annually, eligible for national/local PV subsidies.

2.Energy Storage Layer: Modular energy storage systems (100kWh-10MWh), enhancing peak-valley tariff arbitrage benefits by 30% while serving as a 72-hour emergency power supply.

3.Application Layer:
◦Production Electricity: Prioritizes PV/storage power to reduce peak-hour grid dependence.
◦Vehicle Charging: Provides low-cost charging for employee EVs and logistics vehicles (priced at 50% of market rates).
◦Carbon Management: Real-time tracking of carbon emissions to assist in obtaining ISO 14064 certification and green factory ratings.

Benefit Data:

Indicator

Traditional Solution

Integrated Solution

Improvement

PV Self-Consumption Rate

50%

85%+

↑70%

Comprehensive Electricity Cost

0.85 USD/kWh

0.62 USD/kWh

↓27%

Annual Carbon Emission Reduction

-

40%-60%

-

Equipment Portfolio:

•Solar Modules: Monocrystalline PERC high-efficiency panels with ≥22.5% conversion efficiency.

•Energy Storage Systems: High-voltage cascaded technology, ≥6,000 cycles (80% DOD), system efficiency ≥95%.

•EV Chargers: Support 800V ultra-fast charging platforms, compatible with Tesla, BYD, and other 主流 models (mainstream vehicles).

Make Homes Energy Centers, Unlock Smart Electricity Lifestyle

•PV Self-Sufficiency: 6-12 solar panels generate 8-15 kWh daily, meeting household electricity and vehicle charging needs at as low as 0.3 USD/kWh (off-peak hours).

•Storage Mutual Support: 5-15kWh home energy storage batteries store solar power during the day and switch to grid power at night, saving 3,000-5,000 USD annually on electricity bills.

•Intelligent Charging: 7kW/11kW AC chargers support APP 预约充电 (scheduled charging), with off-peak charging costs as low as 1/15 of fuel vehicle expenses.

Three Modes for Flexible Switching:

•Economic Mode: Prioritizes PV/storage power, automatically supplementing with low-cost grid power during off-peak hours.

•Low-Carbon Mode: 100% renewable energy use, achieving zero carbon emissions.

•Emergency Mode: Automatically switches to backup power during grid outages, ensuring 72-hour supply for essential appliances like refrigerators and lighting.

Policy Incentives: Eligible for national PV subsidies (0.3 USD/kWh) + local energy storage subsidies (up to 1 USD/Wh), with the shortest 3.8-year payback period.

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MODES

PV Power Plant Energy Storage Coordination Solution

Solve Curtailment Issues, Enhance Plant Revenue, Support Grid Stability

Core Functions:

•Power Smoothing: Millisecond-level response to PV fluctuations, controlling output volatility within 5% (national standard ≤20%), meeting strict grid connection requirements.

•Peak-Valley Arbitrage: Store power during off-peak hours (23:00-7:00) and discharge during peak hours (17:00-21:00), profiting from 0.6-1.0 USD/kWh tariff differences.

Virtual Power Plant (VPP): Collaborate with PV plants to participate in grid ancillary services, generating 30,000-50,000 USD annual revenue per MW of energy storage

Benefit Data:

Project

Technical Indicators

Advantage Comparison

Response Time

≤10ms

Industry average ≤50ms

Cycle Life

≥6,000 times (80% DOD)

Conventional batteries ≤3,000 times

System Efficiency

≥96%

Industry average ≤93%

PV Scale Compatibility

Distributed (50kW-5MW)/Centralized (10MW+)

Full-scenario coverage

Off-Grid/Rural Area Solutions
Electrify Remote Areas Without Grid Connection

Applicable Scenarios:

•Rural areas (unstable grid)
•Scenic spots/campsites (temporary power demand)
•Mining areas/construction sites (high-load scenarios)

Solution Configuration:

Solar Array + Energy Storage System + DC EV Charger  
(Supports off-grid standalone operation/grid-connected bidirectional interaction)  
Core Advantages:
•Grid-free operation with 72-hour continuous power supply (≥4 hours of daily sunlight).
•Intelligent islanding protection, enhancing equipment survival rate to 90% under extreme weather.
Containerized integrated deployment, enabling station setup within 72 hours.

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