PVing Parks

Technology for energy efficiency

Solar canopies for self-consumption

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The falling cost of solar photovoltaic energy installations, together with the rising cost of electrical energy to consumers, has accelerated the arrival of many types of solutions and innovations for photovoltaic energy installations. CIRCUTOR, in establishing synergies between its expertise in electrical energy measuring and management and leveraging the renewable resources that produce it, has designed a complete solution that includes integrated instantaneous self-consumption, electric vehicle charging and energy monitoring and supervision systems.

PVing parks

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PVing Parks © CIRCUTOR, SA — circutor.com — central@circutor.comPVing Parks © CIRCUTOR, SA — circutor.com — central@circutor.com

Capture energy to achieve top performance.

Solar canopies offer a set of advantages and benefits over conventional photovoltaic energy installations. The main difference is that they are shelters that are installed into the ground, so you do not need to have separate rooftop space available. As a result, solar canopies can be installed on buildable surfaces, such as car parks or open areas.

Generally, canopies are installed in car parks as shelters over vehicles that also provide a powerful source of solar photovoltaic energy. Taking advantage of areas of an installation where other structures cannot be built is a way to reduce energy expenditure and dependency on the electrical network.

As an additional feature, along with generating photovoltaic energy, the canopies can be supplemented with an advanced charging system for electric vehicles. There are two models of electric vehicle charging units: the first are charging boxes built into the structure (RVE-WB-CP1); the second are external charge posts that can be freely located (RVE2-P). The entire system is supported by powerful management software that enables you to carry out the electric energy management of the installation and vehicle charging.

The most complete system

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PVing Parks © 2017 CIRCUTOR, SA — circutor.com — central@circutor.com

› Shelters for vehicles. › Generation of photovoltaic energy. › Electric vehicle charging. › Reduction of energy costs. › Reduction of CO

2 emissions

associated with generating energy. › Monitoring and supervision of the electricity

consumption of the installation and the PV generation.

Solar canopies consist of 3 main elements that complement each other perfectly to comprise a complete, versatile and robust product.

The perfect combination

Advantages

The main element is the photovoltaic canopy itself, which is modular and comes in many dimensions that allow it to adapt to any type of surface.

The next element is the electric vehicle charging system, which leverages the renewable energy generated by the canopy and supplies it to the vehicles that are connected to it.

Finally, the energy management software manages and controls all the elements and links them together for comprehensive monitoring of the entire solution.

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Companies

Infrastructures

In car parks at businesses and shopping centres, canopies bring great benefits to the installation:

They are an ideal solution for large employee car parks that can be found at many companies, or for customers who park temporarily, providing shelter for vehicles and not taking up additional space in the installation.

Service areas are an example of places that need more electric vehicle charging points, as the current cars that run

on electricity have a low fuel range. Solar canopies solve this problem in that they are not only shelters for vehicles,

but also include a charging system that uses renewable energy, and they are preferred by users of electric vehicles.

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RVE-WB RVE2-P

Charging electric vehicles

Connection

I Connector type: Type I, Type II or Schuko

I Charging type: Charging in Mode 1 / Mode 3

Electrical features

I Input voltage: 230 Vac / 400 Vac

I Input frequency: 50...60 Hz

Interface

I Access and prepayment system:

RFID system card

I Communications: Modbus/RS-485

Safety

I Protection degree: IP 54

There are two electric vehicle charging systems for solar canopies. Each type of system has its distinguishing features. First there is the Wallbox RVE-WB-CP1, a charging box with a double power socket and combinations of single-phase and three-phase connections. Or you can choose the option with RVE2-P charge posts, which also have a double power socket as well as built-in communications, freeing the user to decide where to install them as they are not built into the canopies.

* Consult CIRCUTOR for special projects.

Technical features

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CTE Certification

There are two software versions available for managing the canopy and its associated infrastructure. The more basic and compact

version provides the main electrical data and energy information about the installation. The

more complete version (PowerStudio SCADA) provides full energy management

and monitoring of all the canopies, and components such as the charging systems.

Energy management software

Modularity and scalability

Fully modular to adapt to the client's needs. Solar canopies are flexible to meet customer needs. The different features and functionalities can be combined to create a canopy that best suits the installation. The modularity of the structures also allows them to be fully adapted to any type of installation, of any size. There are multiple topologies to choose from with 2 or 3 parking spaces.

PVing PARKS are certified under

the CTE to withstand the harshest

weather conditions

(for instance, winds of up to 200 km/h)

CTE: Technical building code

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PVing PARKS

PVing Parks © 2017 CIRCUTOR, SA — circutor.com — central@circutor.com

PVing PARKS is a solution that combines a photovoltaic solar canopy with regulation of the injection of power into the grid and a charging system for electric vehicles. This solution enables the production of energy during daylight hours to cover part of the electricity consumption of an installation and the charging of electric vehicles.

PVing PARKS has Web monitoring and electric energy management software, which provides real-time information on energy production, power savings and the power consumption of connected cars. With this software you can also save all the historical information in a database for periodic analysis of the installation's energy and cost savings. PVing PARKS solutions can cover a parking area from 2 to 6 spaces with their double connection for charging electric vehicles. Special configurations are also possible for car parks that provide a turnkey solution.

This system offers the following advantages: — Reduction in energy consumed from the electrical network — Coverage for outdoor car parks — Reduction of CO2 emissions into the atmosphere

CIRCUTOR can also develop larger custom solutions, overseeing the engineering and installation of the entire system.

— Charging electric vehicles with solar power — Photovoltaic energy installations in buildings where roof installation

is not possible, for installing conventional photovoltaic panels — Self-consumption without injection into the grid.

Solar canopy for electric vehicle charging systems

Description

Applications

Technical featuresElectrical features Solar production 3.75...22.5 kWp (according to model)*

Nominal power of inverters 3.3...20 kWMains type* 1 x 230 V single-phase

3 x 230/400 V three-phaseDC electrical protection Overvoltage, short-circuitAC electrical protection Overvoltage, circuit breaker, differential relay

Build features Number of parking spaces* 2...12 vehicles (according to model)Surface area 5 x 5...20 x 5 mWeight 900...5300 kg (according to model)Structure material Galvanised steelAttachment to the ground Fasteners for placement and

alignment of shoes

Electric vehicle charging RVE2-P outdoor charging pole Attached to the canopy (not built-in) with multi-user double socket with Ethernet communications

RVE-WB-MIX buit-in charging box

Built into one of the feet of the canopy with a multi-user double socket and RS-485 communications

Monitoring and control CDP Control of zero injection into the grid, dual protection against injection into the grid in case of faults

Energy monitoring Type Web-based monitoringData type — Photovoltaic power generation

— Mains consumption — General consumption of the installation — Consumption of electric vehicles (optional) — Datalogger with historical data log of

all energy flows of the installationElectric panels StringBox and CombinerBox with the necessary

measurement and protection elements.

Standards Tested and certified structure according to the CTE (Technical Building Code); Handhole cover for earthing conductor according to the REBT (Low Voltage Regulation)

* Other types on request.

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PVing PARKS

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b

a2

1500

3692

2417

15º

c

25322214

10º

a

b

a2 4918 4935

1400

4011

2363

2000

c

1500

3459

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2438

12º

4879

PVing Parks © CIRCUTOR, SA — circutor.com — central@circutor.com

Solar canopy for electric vehicle charging systems

Dimensions

Type MP2 (Single) Type MP4 (Double)

Type M (Singlepost)

References

Type MP2 (Single) CodePotencia FV (Wp) Spaces Monitor. RVE-WB RVE-PT Network type Inverter

Dimensions (height x width x deep)

Weight (kg)aprox.

PVing PARK C2PS-BC E6K200 3900 2 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,72 x 4,83 x 5 m 1350PVing PARK C2PS-MT E6K201 3900 2 • 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,72 x 4,83 x 5 m 1350PVing PARK C2PS-WB E6K211 3900 2 • • 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,72 x 4,83 x 5 m 1350PVing PARK C2PS-RVE2 E6K262 3900 2 • • 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,72 x 4,83 x 5 m 1350PVing PARK C3PS-BC E6K300 6240 3 3 x 230/400 V - Three-phase 1 x 5,0 kW 3,72 x 4,83 x 8 m 1600PVing PARK C3PS-MT E6K301 6240 3 • 3 x 230/400 V - Three-phase 1 x 5,0 kW 3,72 x 4,83 x 8 m 1600PVing PARK C3PS-WB E6K311 6240 3 • • 3 x 230/400 V - Three-phase 1 x 5,0 kW 3,72 x 4,83 x 8 m 1600PVing PARK C3PS-RVE2 E6K362 6240 3 • • 3 x 230/400 V - Three-phase 1 x 5,0 kW 3,72 x 4,83 x 8 m 1600PVing PARK C4PS-BC E6K400 7800 4 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 10 m 2200PVing PARK C4PS-MT E6K401 7800 4 • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 10 m 2200PVing PARK C4PS-WB E6K411 7800 4 • • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 10 m 2200PVing PARK C4PS-RVE2 E6K462 7800 4 • • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 10 m 2200PVing PARK C6PS-BC E6K600 11700 6 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 15 m 2700PVing PARK C6PS-MT E6K601 11700 6 • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 15 m 2700PVing PARK C6PS-WB E6K611 11700 6 • • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 15 m 2700PVing PARK C6PS-RVE2 E6K662 11700 6 • • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 15 m 2700PLANT-S EX0068 Blinding concrete plate for the simple canopyTipo MP4 (Dobles)PVing PARK C4PD-BC E6KA00 7800 4 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 5 m 2492PVing PARK C4PD-MT E6KA01 7800 4 • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 5 m 2492PVing PARK C4PD-WB E6KA11 7800 4 • • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 5 m 2492PVing PARK C4PD-RVE2 E6KA62 7800 4 • • 3 x 230/400 V - Three-phase 1 x 7,0 kW 3,72 x 4,83 x 5 m 2492PVing PARK C6PD-BC E6KB00 12480 6 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 8 m 3015PVing PARK C6PD-MT E6KB01 12480 6 • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 8 m 3015PVing PARK C6PD-WB E6KB11 12480 6 • • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 8 m 3015PVing PARK C6PD-RVE2 E6KB62 12480 6 • • 3 x 230/400 V - Three-phase 1 x 10 kW 3,72 x 4,83 x 8 m 3015PVing PARK C8PD-BC E6KC00 15600 8 3 x 230/400 V - Three-phase 1 x 15 kW 3,72 x 4,83 x 10 m 4254PVing PARK C8PD-MT E6KC01 15600 8 • 3 x 230/400 V - Three-phase 1 x 15 kW 3,72 x 4,83 x 10 m 4254PVing PARK C8PD-WB E6KC11 15600 8 • • 3 x 230/400 V - Three-phase 1 x 15 kW 3,72 x 4,83 x 10 m 4254PVing PARK C8PD-RVE2 E6KC62 15600 8 • • 3 x 230/400 V - Three-phase 1 x 15 kW 3,72 x 4,83 x 10 m 4254PVing PARK C12PD-BC E6KD00 23400 12 3 x 230/400 V - Three-phase 1 x 20 kW 3,72 x 4,83 x 15 m 5275PVing PARK C12PD-MT E6KD01 23400 12 • 3 x 230/400 V - Three-phase 1 x 20 kW 3,72 x 4,83 x 15 m 5275PVing PARK C12PD-WB E6KD11 23400 12 • • 3 x 230/400 V - Three-phase 1 x 20 kW 3,72 x 4,83 x 15 m 5275PVing PARK C12PD-RVE2 E6KD62 23400 12 • • 3 x 230/400 V - Three-phase 1 x 20 kW 3,72 x 4,83 x 15 m 5275PLANT-D EX0069 Blinding concrete plate for the double canopyTipo M (single post)PVing PARK-M2M-WB E6KG10 3900 2 • 1 x 230 V - Single-phase 1 x 3,7 kW 3,5 x 4,87 x 5 m 1000PVing PARK-M2T-WB E6KF20 3900 2 • 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,5 x 4,87 x 5 m 1000PVing PARK-M2M E6KG00 3900 2 1 x 230 V - Single-phase 1 x 3,7 kW 3,5 x 4,87 x 5 m 1000PVing PARK-M2T E6KF00 3900 2 3 x 230/400 V - Three-phase 1 x 3,7 kW 3,5 x 4,87 x 5 m 1000PLANT-M EX0077 Blinding concrete plate for the single post

Description of the different types of canopies: — BC = Basic — MT = Special EDS monitoring — WB = Special EDS monitoring and RVE-WB-CP1 charging wallbox — RVE2 = Special Power Studio Scada Monitoring and external RVE2P charging point

Available options: — Canopy structure colour and company logo marking — Other options and configurations available upon request

Transport not includedMC type current transformers not included

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RVE-WB

320 mm

225 mm125 mm

PVing Parks © 2017 CIRCUTOR, SA — circutor.com — central@circutor.com

Indoor charging boxes

Description

Technical features

ApplicationsThese units have been specifically designed for use in sheltered car parks for any type of vehicle (cars, motorcycles, bicycles, public transport vehicles, cleaning vehicles, etc.).

There are various types of sheltered car parks with different features and needs as regards electric vehicle charging systems. The Wall-Box vehicle charging units of the RVE range have been designed to cater to electric vehicle charging needs in sheltered car parks. They comply with all the electrical safety standards and regulations associated with access, measurement and consumption management.

Connection Connector type Type I, Type II or Schuko

Charging mode Charging in mode 1 (Schuko)Charging in mode 3 (in accordance with IEC 61851-1)

Electrical features Input voltage 230 Vac / 400 Vac

Input frequency 50...60 Hz

Output voltage 230 Vac / 400 Vac

Maximum output current 16 A / 32 A, depending on the type

Power measurement Built-in energy meter

Energy measurement Built-in energy meter

Additional features CP1 Series

Access control and prepaid systems RFID system card

RFID reader ISO 14443 A

Communications RS-485

Balance monitoring Two-digit display

Build features Enclosure Self-extinguishing ABS-PC plastic

Dimensions 320 x 225 x 125 mm

Attachment Vertical, 4 wall-mounting points

Mechanical protection degree IK-10

Protection Degree IP 54

Safety Category III – 300 Vac (EN 61010) Double-insulated electric shock protection class II

Standards EN 61851-1, IEC 61000, IEC 60364-4-41, IEC 60884-1, IEC 61010, UNE-EN55011, ISO 14443A

References

Type CodeRFID, meter

Charging points

V, A, kWCharging Mode

Connector Type

RVE-WB-MIX-CP1 V23312 Yes 2 2 x 230 V, 16 A, 3.6 kW 3, 1, 2 Type II + Schuko

RVE-WB-MIX-CP1-TRI V23322 Yes 2400 V, 32 A, 22 kW230 V, 16 A, 3.6 kW

3, 1, 2 Type II + Schuko

Dimensions

11

RVE2-P

380 mm

1 590 mm

280 mm

PVing Parks © CIRCUTOR, SA — circutor.com — central@circutor.com

Semi-quick outdoor charge posts

Description

Technical features

ApplicationsAll outdoor places that can be used for parking any type of vehicles (cars, motorcycles, bicycles, transport vehicles, cleaning vehicles, etc.). Examples include public roads, public car parks, outdoor car parks at shopping centres, airports, car rental companies, cleaning companies, etc.

The vehicle charge posts of the RVE-P range, mode 1/3, require highly specific robustness features in order to withstand varying environmental conditions and tampering. Likewise, in addition to these special features, they must offer electrical safety measures that are adequate for units with these features.

These solutions have been designed to meet the charging needs of electric vehicles that support quick battery charging, while complying with all the features of mode 3, in accordance with the IEC 61851-1 standard, as well as with the features of mode 1 and electrical and safety standards for accessing, measuring and managing consumption.

Energy metering, IP communications, internal memory, RFID reader, display and electrical protection elements. Lit status display. Has 2 independent doors.

Connection Connector type Type II (in accordance with IEC 62196-2) or Schuko

Charging mode Charging in mode 1 (Schuko)Charging in mode 3 (in accordance with IEC 61851-1)

Electrical features Input voltage 230 Vac / 400 Vac

Tolerance ±10%

Input frequency 50...60 Hz

Output voltage 230 Vac / 400 Vac

Maximum output current 16 A / 32 A, depending on the type

Protection RCCB with self-reclosing system

Power measurement Built-in energy meter

Energy measurement Built-in energy meter

Interface Access control RFID system card

RFID working frequency 13.56 MHz

RFID reader ISO 14443 A

Communications Ethernet

Build features Enclosure Tamper-proof polyurethane

Dimensions 380 x 280 x 1590 mm

Mechanical protection degree IK-10

Protection Degree IP 54

Assembly Attached to the floor with 4 bolts

Safety Category III – 300 Vac (EN 61010) Double-insulated electric shock protection class II

Standards EN 61851-1: 2001 part 1, IEC 61000, IEC 60364-4-41, IEC 61008-1,IEC 60884-1 , IEC 60529, IEC 61010, UNE-EN55011, ISO 14443A

Dimensions

Type Code Connector type Charging points kW

RVE2-PM1 V10410 Schuko 2 2 x 3.6 kW

RVE2-PM3 V10415 Type II 2 2 x 3.6 kW (single-phase)

RVE2-PM-MIX V10420 Schuko + Type II 2 2 x 3.6 kW (single-phase)

RVE2-PT3 V10425 Type II 2 2 x 22 kW (three-phase)

RVE2-PT-MIX V10430 Schuko + Type II 2 1 x 3.6 kW + 1 x 22 kW

References

PVing ParksSolar canopies with electric vehicle charging systems

CIRCUTOR, SA - Vial Sant Jordi, s/n 08232 Viladecavalls (Barcelona) Spain Tel. (+34) 93 745 29 00 - Fax: (+34) 93 745 29 14 central@circutor.com

CIRCUTOR, SA reserves the right to change any information contained in this catalogue.

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