EV Charging stations

INNOLIA ENERGY offers a complete range of charge points for use at home, work and in public areas. These charge points are available in a large variety of charging capacities and functionalities. The unique combination of INNOLIA ENERGY’s transformer substations, energy storage systems and charge points allows for optimal balancing of local grids.

INNOLIA ENERGY offers a range of 3.7-22KW smart charge points for home, work and public areas. Designed to offer maximum charging speeds, while safeguarding the local grid connection, they can all be connected to any OCPP management system. The reliable and secure chargers can also be integrated with renewable and complementary smart products, as well as respond to flexible energy tariffs. Their mature technology platform is proven with a 10+ year development cycle.

The IEECS-SL is designed to offer genuine smart functionality for home charging. Its compact case incorporates a charging status light and can be wall or pole mounted to offer a simple plug and charge solution. It is available as a socket, or tethered, with plug and cable storage facility. Internet connectivity is via Ethernet, with online usage data available from our own, or the chosen 3rd party management system.

Specification

• Charging speed: Single phase, 3.7 – 7.4kW
• Size: 370 x 240 x 130mm
• Versions: Single socket or tethered, with 5 or 8m cable and integrated cable storage
• Case: Polycarbonate with IK10 and IP55 rating 
• Mounting: Wall or optional mounting pole
• Electrical input: Single feeder cable
• User interface: LED charging status light
• Connectivity: Ethernet
• Communication protocol: OCPP 1.6
• Data security: ISO 27001
• Authorization: Plug and charge
• Meter: Standard meter
• User usage data: Option of IEWEB management system or any 3rd party OCPP back office
• INNOLIA ENERGY Smart Charging Network with load balancing: Connect up to 100 single sockets
• Active load balancing: DSMR.4.x / (e-) SMR5.0 – P1 (NL & BE). Modbus TCP/IP – international
• Electrical standards: IEC 61851 – 1: 2017 (ed3)
• Safety: Integrated DC fault detection
• Warranty: 2 years, extendable to 5 years
• Aftercare: Inhouse support team, remote diagnostics and tiered onsite service packages with SLAs

Designed to be physically compact, without compromising any of INNOLIA ENERGY smart functionality, the IEECS-SL Pro is suitable for business and home use and can be wall or pole mounted. The user interfaces with a colour screen with logo upload facility. An integrated RFID reader supports user identification and a MID-meter enables financial settlement. Internet connection is via GPRS/Ethernet, with data available via the chosen third party management system provider.

Specification

• Charging speed: Single and triple phase, 3.7-22kW
• Size: 370 x 240 x 130mm
• Versions: Single socket or tethered, with 5 or 8m cable and integrated cable storage
• Case: Polycarbonate with IK10 and IP55 rating
• Mounting: Wall or optional mounting pole
• Electrical input: Single feeder cable
• User interface: 3.5″ Full colour screen with logo upload facility
• Languages supported: English, Dutch, German, French, Spanish, Portuguese, Italian, Norwegian, Swedish, Finnish
• Connectivity: GPRS/Ethernet
• Communication protocol: OCPP 1.6
• Data security: ISO 27001
• Authorization: RFID / Plug and charge
• Meter: MID-approved meter
• User usage data: Option of IEWEB management system or any 3rd party OCPP back office
• INNOLIA ENERGY Smart Charging Network with load balancing: Connect up to 100 single sockets
• Active load balancing: DSMR.4.x / (e-) SMR5.0 – P1 (NL & BE). Modbus TCP/IP – international
• Electrical standards: IEC61851-1: 2017 (ed3)
• Safety: Integrated DC fault detection
• Warranty: 2 years, extendable to 5 years

The IEECS-TL is designed for a high volume streetscape environment and suitable for any semi-public or public space with a 3-phase supply. It offers two back-to back sockets in a vandal-proof steel pillar with curved top surface so waste cannot be left on the charger. The pillar can be brand wrapped if required. The charger incorporates an RFID reader and MID-meter for financial settlement. Its user interface is language-agnostic, with user instructions in icon form and LED charging status lights. Internet connection is via GPRS/Ethernet, with data available via the chosen third party management system provider.

Specification

• Charging speed: Triple phase, 11 or 22kW
• Size: 1385 x 335 x 220 mm
• Versions: Back-to-back dual socket version only
• Case: Stainless steel with IK10 and IP54 rating
• Mounting: Ground mount
• Electrical input: Single feeder cable
• User interface: Icon-based instructions and LED charging lights
• Connectivity: GPRS / Ethernet
• Communication protocol: OCPP 1.6
• Data security: ISO 27001
• Authorization: RFID / Plug and charge
• Meter: MID-approved meter
• User usage data: Option of IEWEB management system or any 3rd party OCPP back office
• INNOLIA ENERGY Smart Charging Network with load balancing: Connect up to 50 dual socket charge points
• Active load balancing: DSMR.4.x / (e-) SMR5.0 – P1 (NL & BE). Modbus TCP/IP – international
• Electrical standards: IEC61851-1: 2017 (ed3)
• Safety: Integrated RCDs, DC fault detection and short circuit protection
• Warranty: 2 years, extendable to 5 years

Advanced smart functionality

Market leading smart functionality, Supports multiple user’s profiles, pricing hierarchies and financial transaction settlement. It can also communicate with, and respond to, other smart technologies and solutions that share common standards and open protocols.

Language-agnostic interface

For ultimate simplicity of use, the IEECS-TLuses icon instructions and a charging status light to guide the user through the charging process.

Choose and change management system

Can be used with INNOLIA ENERGY own management system or integrated with any OCPP-compliant back office for registration of energy consumption, historic transactions and remote access for diagnostics and upgrades.

Designed to integrate

All INNOLIA ENERGY charging stations are designed to maximize charging speeds while safeguarding the grid connection and optimizing energy use. This makes them capable of integration and interoperation with self-generated renewable, energy storage and flexible energy tariffs.