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Premium China Solar Storage EV Charging System from Top Suppliers | High-Efficiency Factory Solutions

The Home Energy Trinity System (Solar + Storage + EV Charging) is designed for premium residences, eco-communities, and net-zero architecture. This comprehensive solution features high-efficiency 10kW PV modules, a 20kWh LiFePO4 battery storage system, and a smart 7-22kW AC EVSE (Electric Vehicle Supply Equipment) to meet all your energy needs, Manufactured in China by reputable suppliers, this system includes an IP65-rated enclosure with effective thermal management and cross-compatibility with GB/T/CCS (Combo 1/2)/NACS standards. Our factory-certified solutions can generate over 50kWh daily and come equipped with ESS self-cycling capabilities, providing 72 hours of UPS-grade backup power. Upgrade your energy system with our innovative and efficient Home Energy Trinity System today
  • Brand Name Olink
  • Output Current DC
  • IP Rating IP65

Olink Parameter / Specification Sheet
dc charger for ev car Olink® Integrated Home Solar-Storage-charging System
5KWh, 5KW
AC output rated power: 5kW, rated voltage: 220V, rated current: 23A
DC charging gun output rated power: 5kW, voltage: 200–1000V
AC input rated power: 2.2kW, rated voltage: 220V, rated current: 10A (approx. 2.5 hrs to fully charge)
Photovoltaic input max power: 2kW, input voltage: 60–400V, max current: 20A
Battery energy: 5kWh, max output power: 5kW
Charging control method: Button
Exposed gun cable length: 3 meters (customizable)
Charging gun standard: GBT / CCS1 / CCS2 / NACS / CHAdeMO (Single gun)
Human-machine interaction: 4.3-inch screen
10KWh, 8KW
AC output rated power: 8kW, rated voltage: 220V, rated current: 36.4A
DC charging gun output rated power: 7kW, voltage: 200–1000V
AC input rated power: 4.4kW, rated voltage: 220V, rated current: 20A (approx. 2.5 hrs to fully charge)
Photovoltaic input max power: 4kW, input voltage: 60–400V, max current: 20A
Battery energy: 10kWh, max output power: 10kW
Charging control method: Button
Exposed gun cable length: 3 meters (customizable)
Charging gun standard: GBT / CCS1 / CCS2 / NACS / CHAdeMO (Single gun)
Human-machine interaction: 4.3-inch screen
15KWh, 10KW
AC output rated power: 10kW, rated voltage: 220V, rated current: 45.5A
DC charging gun output rated power: 7kW, voltage: 200–1000V
AC input rated power: 4.5kW, rated voltage: 220V, rated current: 22.7A (approx. 3.5 hrs to fully charge)
Photovoltaic input max power: 4.5kW, input voltage: 60–400V, max current: 30A
Battery energy: 15kWh, max output power: 15kW
Charging control method: Button
Exposed gun cable length: 3 meters (customizable)
Charging gun standard: GBT / CCS1 / CCS2 / NACS / CHAdeMO (Single gun)
Human-machine interaction: 4.3-inch screen
20KWh, 10KW
AC output rated power: 10kW, rated voltage: 220V, rated current: 45.5A
DC charging gun output rated power: 7kW, voltage: 200–1000V
AC input rated power: 5kW, rated voltage: 220V, rated current: 22.7A (approx. 4.5 hrs to fully charge)
Photovoltaic input max power: 4.5kW, input voltage: 60–400V, max current: 30A
Battery energy: 20kWh, max output power: 20kW
Charging control method: Button
Exposed gun cable length: 3 meters (customizable)
Charging gun standard: GBT / CCS1 / CCS2 / NACS / CHAdeMO (Single gun)
Human-machine interaction: 4.3-inch screen
Olink Product Appearance Structure Diagram (mm)
ev dc charging Olink® Integrated Home Solar-Storage-charging System Product appearance and structural diagram
Olink Integrated Home Solar-Storage-Charging System Features
  • Industry-leading 23.5% PERC cell efficiency + 6,000-cycle deep-cycle BMS
  • 🛡️ MIL-STD multi-shield protection (surge / ingress / overcurrent / arc fault / ASIL-C cyber security)
  • 🔄 Tri-Synergy Control™ — Solar-first charging, TOU optimization, V2H/V2G bidirectional flow
  • 🤖 EnergyOS™ with AI-driven load forecasting & smart grid interoperability
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Integrated Home Solar-Storage-Charging System

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Product Solutions
DC EV Charging Stations Olink® Integrated Home Solar-Storage-charging System

Global Zero-Carbon Infrastructure Partner

  • Plug & Play Global Compliance: Pre-certified to CE / IEC / UL 9540 / AS/NZS 5139, ready for sea shipment within 30 working days
  • Scalable Architecture: Modular ESS expandable to 100kWh, hot-swappable EV connectors, PV capacity upgradable to 30kW
  • Regionalized Packages: V2H-ready EU version, NEM 3.0-optimized NA edition, cyclone-resistant AU island spec
Frequently Asked Questions (FAQ)
Q What EV charging gun standards does the Olink Integrated Solar-Storage-Charging System support?
The system supports multiple international charging standards including GBT, CCS1, CCS2, NACS, and CHAdeMO (single gun), making it compatible with a wide range of electric vehicles across global markets.
Q How long does it take to fully charge the battery in each model?
Charging time varies by model: the 5kWh and 10kWh models take approximately 2.5 hours via AC input; the 15kWh model takes approximately 3.5 hours; and the 20kWh model takes approximately 4.5 hours — all using the rated AC input power.
Q Can the system be expanded or upgraded after installation?
Yes. The modular architecture allows the ESS to be expanded up to 100kWh, EV connectors are hot-swappable, and the PV input capacity can be upgraded up to 30kW, providing flexible scalability to meet growing energy needs.
Q What safety certifications does the Olink system hold?
The system is pre-certified to CE, IEC, UL 9540, and AS/NZS 5139 standards. It also features MIL-STD multi-shield protection covering surge, ingress, overcurrent, arc fault, and ASIL-C cybersecurity, ensuring comprehensive safety compliance.
Q Does the system support V2H (Vehicle-to-Home) and V2G (Vehicle-to-Grid) functionality?
Yes. The Tri-Synergy Control™ technology enables bidirectional energy flow, supporting both V2H and V2G modes. This allows the EV battery to supply power back to the home or the grid, maximizing energy utilization and cost savings.
Q What is the photovoltaic (solar) input voltage range supported by the system?
All models support a PV input voltage range of 60–400V. The maximum PV input power ranges from 2kW (5kWh model) up to 4.5kW (15kWh and 20kWh models), with a maximum system current of 20A–30A depending on the configuration.