Caro Plus is positioned for partners that need a premium AC wallbox with PV charging logic, site load control, EMS connectivity, cybersecurity readiness and flexible installation options for residential and small commercial projects.
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For distributors, installers, OEM/ODM partners and energy solution providers, the selection of an AC wallbox is increasingly based on PV charging capability, site-capacity control, installation adaptability, communication architecture, cybersecurity evidence and post-installation operating visibility.
PV-compatible charging, ECO / MIX / BOOST modes and adjustable current allow Caro Plus to support residential energy packages where EV charging must respond to solar generation and user charging priorities.
Dynamic load balancing by charger or local LBC provides a defined configuration path for sites where EV charging must operate within the available household or building electrical capacity.
EMS Modbus TCP / RTU support helps solar installers, aggregators and energy solution providers connect the wallbox into external energy-management architecture where project design requires it.
OCPP 1.6 JSON, app scheduling and optional 4G support remote monitoring, user-side operation and managed charging workflows when the project requires connected AC charging.
EN 18031-1 readiness, UTAC pentest evidence and secure RFID options support mid-to-high-end residential projects and tender-driven AC wallbox requirements.
Rear / bottom cabling, 5m cable, cable or socket versions and tool-less front cover opening help installers adapt the wallbox to pre-wired homes, retrofit garages and parking-area installations.
The capability structure is built around project requirements: PV self-consumption, charging-mode selection, available-capacity protection, meter / sensor integration, connected operation and installation efficiency.
Caro Plus supports PV-compatible charging for solar homes and installer-led packages, allowing EV charging to be coordinated with available site energy instead of being treated as a fixed household load.
Suitable for residential energy packages where EV charging is combined with rooftop PV, household load control and user charging schedules.
Adjustable current supports PV-oriented charging strategies when solar generation, household consumption and user charging requirements vary during the day.
Caro Plus supports ECO / MIX / BOOST modes, allowing partners to define a clear charging strategy for different user priorities: solar-first charging, balanced solar-grid use or faster charging when time is limited.
ECO, MIX and BOOST translate the energy strategy into selectable operating modes while keeping technical configuration manageable at the charger and system level.
Distributors can position Caro Plus around PV charging value, load-control capability and premium residential configuration, not only rated AC output.
For residential and small business installations, available electrical capacity is often the limiting factor. Caro Plus supports dynamic load balancing by charger and local LBC via UDP, giving installers a defined method for operating EV charging alongside other site loads.
Charging current can be adjusted according to real-time site load instead of operating continuously at a fixed maximum current.
Charger-level balancing and local LBC via UDP provide configuration options for different meter interfaces, wiring conditions and site-capacity limits.
Caro Plus supports installation architectures involving CT sensors, smart meters, P1 / HAN interfaces, ADL400 meters and wired / wireless load balancers. These options help installers match the wallbox to the measurement and control architecture required by the site.
Support multiple measurement and balancing paths so installers can adapt the configuration to the available meter interface, sensor position and wiring conditions.
Meter-interface and reader-focused configurations can support markets where local metering access and energy monitoring practices differ.
Caro Plus supports rear and bottom cabling, tool-less front-cover opening, wall-mounted and pole-mounted installation, Type 2 cable, T2 socket and France-specific T2S socket configurations. This helps installers cover both pre-wired residential projects and retrofit parking installations.
Rear cabling supports cleaner pre-wired installations, while bottom cabling supports conventional retrofit wiring routes.
Type 2 cable, T2 socket and T2S socket configurations help distributors address different market habits and installation requirements within one AC wallbox family.
Caro Plus is best positioned where AC charging must integrate with residential energy systems, installer packages, managed parking or market-specific configuration requirements.
Suitable for households with rooftop PV where EV charging needs to support higher solar self-consumption and controlled grid usage.
Fits energy solution providers that require Modbus, load balancing and meter-interface paths in the AC charging package.
Rear / bottom cabling, tool-less front-cover opening and multiple connector options support more predictable installation planning.
Provides channel partners with a premium wallbox position built around PV charging, cybersecurity, smart control and installation flexibility.
Suitable for staff parking, customer parking and small commercial locations where managed AC charging is more appropriate than DC infrastructure investment.
Fits residential parking projects where app control, RFID and connected operation support controlled daily charging use.
T2S socket configuration can support France-oriented project requirements after certificate and order-configuration confirmation.
UK-oriented configurations should be reviewed around PEN fault protection, local installation rules and project documentation requirements.
When the project priority shifts away from premium PV-ready configuration, EN Plus offers adjacent AC wallbox options for cost-sensitive deployment, alternative residential product design and stronger cabling-route flexibility.
Ultra-compact entry-level AC wallbox for cost-sensitive residential and volume-based projects requiring essential smart charging functions.
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Smart AC wallbox option for residential and business parking projects where partners need a different wallbox design and product positioning.
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PV-compatible AC wallbox with top, bottom and rear cabling for projects where installation routing flexibility is the primary selection factor.
View DetailsReview electrical ratings, PV charging logic, load balancing architecture, EMS communication, safety configuration and installation parameters before confirming market certification, SKU selection and project configuration.
| Category | Parameter | Caro Plus 7kW | Caro Plus 11kW |
|---|---|---|---|
| Main | Product name | Caro Plus Series Home Wallbox | |
| Product positioning | PV-ready smart AC wallbox for solar homes, installers, distributors and residential energy projects | ||
| Product status | New-generation Caro Plus model family; final SKU availability should be confirmed by market and release schedule | ||
| Market configuration | EU / UK / France product configurations listed in product introduction; final market promotion should follow current certification status | ||
| Dimensions | 365 × 201 × 99.5 mm (H × W × D) | ||
| Design level | Automotive-grade design direction for mid-to-high-end residential charging projects | ||
| Product Model SKU | Type 2 cable version | AC7000-AE-45C3-ENP / AC7000-AB-45C3-ENP | AC011K-AE-55C3-ENP |
| Type 2 socket version | AC7000-BE-45C3-ENP / AC7000-BB-45C3-ENP | Project confirmation required | |
| France T2S socket version | AC7000-TE-45C3-ENP | Project confirmation required | |
| Output options | Type 2 cable 5m / Type 2 socket / T2S socket for France | Type 2 cable configuration by listed SKU | |
| Release note | Product release dates should be confirmed before live market promotion | ||
| Electrical | Rated power | 7kW | 11kW |
| Power supply | 1P + N + PE | 3P + N + PE | |
| Input / output voltage | 230V AC ±20% | 400V AC ±20% | |
| Maximum current | 32A | 16A | |
| Frequency | 50Hz | ||
| Charging mode | Mode 3 according to IEC 61851-1 | ||
| PV & Smart Energy | Solar compatibility | Solar compatible / PV-ready charging direction | |
| Charging modes | ECO / MIX / BOOST Mode | ||
| PV charging value | Zero-emission PV charging and improved solar self-consumption by project configuration | ||
| PV system integration | Designed for seamless integration with PV systems by supported energy architecture | ||
| Adjustable current | Adjustable current for optimized PV usage | ||
| Charging scheduling | App charging scheduling supported | ||
| Dynamic power pricing path | Can work with load balancing / ECO system for cost-saving charging strategies by project configuration | ||
| Load Balancing | Dynamic load balancing | Supported by charger / local load balancing controller | |
| Local LBC communication | LBC locally via UDP | ||
| CT sensor path | Supported in load balancing scenario | ||
| Smart meter path | Smart Meter / P1 / HAN / ADL400 paths by project configuration | ||
| Wired load balancer | Wired load balancer configuration for Caro Plus | ||
| Wireless load balancer | Wireless load balancer configuration for Caro Plus | ||
| Nordic reader note | Reader-focused configuration mentioned for Nordic countries | ||
| EMS & Communication | EMS integration | EMS Modbus RTU (OTA) / TCP | |
| Network connection | Wi-Fi + Ethernet + Bluetooth / Wi-Fi + 4G + Bluetooth | ||
| OCPP | OCPP 1.6 JSON | ||
| OCPP upgrade path | OCPP 2.0.1J upgradeable by firmware / project confirmation | ||
| App operation | EN Plus App operation / AP Mode by configuration | ||
| Platform path | EVchargo / EVcharCloud path shown in product introduction diagrams | ||
| Connector & User Access | Connector options | Type 2 Cable / T2 Socket / T2S Socket for France | |
| Cable length | 5m cable version | ||
| Start mode | Plug to Charge / RFID card / App | ||
| Secure RFID reader | Optional; DESFire Duox / FeliCa / NFC upgradable by configuration | ||
| RFID reader | Mifare ISO/IEC 14443-A and related secure RFID configuration by project | ||
| Installation | Installation method | Wall-mount / pole-mount installation | |
| Cabling method | Rear cabling / bottom cabling | ||
| Front cover opening | Tool-less manual front cover opening | ||
| AC input cable inlet | Optional rear cabling AC input cable inlet | ||
| Communication cable inlet | Optional rear cabling communication cable inlet | ||
| Maintenance focus | Designed for easier wiring and maintenance access compared with previous-generation structures | ||
| Safety & Compliance | Cybersecurity | EN 18031-1 / UTAC pentest / EN 303645 direction according to product introduction | |
| Cybersecurity hardware | Encryption chip and cybersecurity design direction by configuration | ||
| RCD | 30mA Type A + 6mA DC | ||
| Relay-sticking protection | Project confirmation required | Supported for 11kW | |
| EnWG §14a | Meets EnWG §14a according to product introduction | ||
| Dry contact | Project confirmation required | Dry Contact 4.2kW for 11kW configuration | |
| PEN fault | UK M1a configuration should be confirmed by project | ||
| Impact protection | IK10 | ||
| Environmental / certification listing | RoHS / REACH / CE / CB / UKCA / CE-RED listed in product introduction; final certificate package should be checked before market launch | ||
| Protection & Environment | Ingress protection | Socket version IP54 / cable version IP65 by configuration | |
| Operating temperature | -30°C to +50°C | ||
| Operating humidity | 5%–95% non-condensing | ||
| Operating altitude | ≤2000m | ||
| Warranty | 2 years | ||
| Packaging & Documents | Packaging direction | Cardboard packaging; eco-friendly packaging direction with high recyclability claim should be confirmed before publication | |
| Main documents | Product datasheet; brochure; instruction sheet | ||
| Quick installation guide | Installation guide / QR code content to be inserted after final documentation is available | ||
EN Plus supports partners with AC and DC charger hardware, charging management platform connection, OEM / ODM customization, technical documentation and international B2B project delivery.
Support product selection for solar homes, installer packages, business parking and residential energy-management projects.
Support charger-level balancing, local LBC, meter interfaces and sensor paths according to site architecture.
Support branding, colour, product configuration and project-specific development according to order and market requirements.
Support PV charging, EMS integration, load balancing and local market suitability review for B2B project delivery.
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