KIT con materiale principale per realizzare una stazione di ricarica per veicoli elettrici fai da te, trifase, fino a 11 kW (16 A: per ottenere 22 kW è necessario un cavo e un contattore per veicoli elettrici diversi), progettata per Domoticz e Home Assistant, ma compatibile con molti altri sistemi di domotica.
Modbus, protocollo standard che funziona con quasi tutti i sistemi: le entità devono essere create manualmente/li>
DomBus, protocollo proprietario che funziona con - Domoticz utilizzando ila href="https://github.com/CreasolTech/CreasolDomBus">Plugin DomBus : i dispositivi vengono creati automaticamente - Home Assistant tramite l'utilizzoa href="https://github.com/CreasolTech/homeassistant-addons">Componente aggiuntivo DomBusGateway (HAOS e supervisionato) o software DomBusGateway o hardware DomBusGatewayPIS: le entità vengono create automaticamente - NodeRED, OpenHAB, ioBroker, utilizzando il software DomBusGateway o l'hardware DomBusGatewayPIS: le entità vengono create automaticamente - Altri sistemi che supportano MQTT: le entità devono essere create manualmente
Questo kit è per chi ha esperienza con i sistemi elettrici!
Tutto il materiale è certificato CE, ma è tua responsabilità assemblare tutto nel modo corretto!
KIT cointento
1 contatore di energia trifase per misurare la potenza, l'energia, la tensione, il fattore di potenza dei veicoli elettrici
Un altro contatore di energia trifase per misurare la potenza dalla rete: collegando il contatore direttamente alla wallbox, funziona anche in modalità stand-alone, senza bisogno di un sistema domotico
DomBusGatewayPIS, un ponte tra il protocollo DomBus (che collega il modulo DomBusEVSE) e MQTT-AD (interfaccia LAN)
Installazione
Collegare tutti i moduli insieme come indicato nello schema seguente. Non dimenticare di collegare il morsetto GND del DomBusEVSE a PE (giallo/verde).
Utilizzare fili da 4÷6 mm² per i collegamenti e fate attenzione ai collegamenti/morsettiere: i collegamenti mal fatti producono calore e possono bruciare!
Si presume che il contatore W1 (che misura la potenza dalla rete) sia già disponibile nel tuo sistema e collegato al tuo controller di automazione domestica: in questo caso è possibile utilizzare una semplice automazione per trasferire il valore della potenza di rete al modulo DomBusEVSEIn caso di solareinverter ibrido, forse puoi ottenere questi valori dall'inverter, passando al modulo DomBusEVSE il valore Energia dalla rete + Energia dalla batteria : in questo modo è possibile caricare il veicolo elettrico in modalità Solare utilizzando solo l'energia proveniente dal fotovoltaico.
Configurazione
Il misuratore EV deve essere configurato con indirizzo slave = 2.
Altri parametri devono essere configurati, come EVMAXCURRENT (16 o 32A), EVMAXPOWER (potenza contrattuale, ad esempio 8000W o 11000W). Verificare la documentazione sul Modulo Creasol DomBusEVSE : questa pagina contiene molte informazioni, tra cui tutte le funzionalità e le configurazioni del modulo EVSE.
Normalmente le persone possono evitare di leggere informazioni su
wallbox molto economica, senza contatori e bilanciamento del carico
commutazione wallbox tra monofase e trifase, per caricare EV da 1kW a 11/22kW in modo continuo
modalità gestita: corrente di carica impostata da un'automazione esterna
Tensione minima EV, per ridurre la corrente di carica al minimo necessario per mantenere la tensione al di sotto di 253 V, prevenendo il derating/spegnimento dell'inverter solare
Smart-Home Creasol DomBus modules for Domoticz, Home Assistant, Node-RED, OpenHAB, ...
The following video shows a presentation of some domotic modules designed and produced in Italy by Creasol to make a reliable, easy and power-optimized home automation system.
The next video shows our Smart EVSE module that can be used to charge the electric car by using only solar power, or adding 25/50/75/100% of available power from the electrical grid.
Our industrial and home automation modules are designed to be
very low power (around 10mW with relays OFF)
reliable (no disconnections)
bus connected (no radiofrequency interference, no battery to replace).
Modules are available in two version:
with DomBus proprietary protocol, working with Domoticz only
For our products we can offer FULL SUPPORT and CUSTOMIZATION: please contact us by Email or Telegram
DomBusEVSE - EVSE module to build a Smart Wallbox / EV charging station
Complete solution to make a Smart EVSE, charging the electric vehicle using only energy from renewable source (photovoltaic, wind, ...), or adding 25-50-75-100% of available power from the grid.
Single-phase and three-phases, up to 36A (8kW or 22kW)
Needs external contactor, RCCB (protection) and EV cable
Optional power meter to measure charging power, energy, voltage and power factor
Optional power meter to measure the power usage from the grid (not needed if already exists)
Two max grid power thresholds can be programmed: for example, in Italy who have 6kW contractual power can drain from the grid Max (6* 1.27)=7.6kW for max 90 minutes followed by (6* 1.1)=6.6kW for another 90 minutes. The module can use ALL available power when programmed to charge at 100%.
Works without the domotic controller (stand-alone mode), and can also work with charging current set by the domotic controller (managed mode)
DomBusTH - Compact board to be placed on a blank cover, with temperature and humidity sensor and RGW LEDs
Compact board, 32x17mm, to be installed on blank cover with a 4mm hole in the middle, to exchange air for the relative humidity sensor. It can be installed in every room to monitor temperature and humidity, check alarm sensors, control blind motor UP/DOWN, send notifications (using red and green leds) and activate white led in case of power outage.
Includes:
temperature and relative humidity sensor
red, green and white LEDs
4 I/Os configurable as analog or digital inputs, pushbuttons, counters (water, gas, S0 energy, ...), NTC temperature and ultrasonic distance sensors
2 ports are configured by default as open-drain output and can drive up to 200mA led strip (with dimming function) or can be connected to the external module DomRelay2 to control 2 relays; they can also be configured as analog/digital inputs, pushbuttons and distance sensors.
DomBus12 - Compact domotic module with 9 I/Os
Very compact, versatile and cost-effective module with 9 ports. Each port can be configured by software as:
analog/digital inputs
pushbutton and UP/DOWN pushbutton
counters (water, gas, S0 energy, ...)
NTC temperature and ultrasonic distance sensors
2 ports are configured by default as open-drain output and can drive up to 200mA led strip (with dimming function) or can be connected to the external module DomRelay2 to control 2 relays.
DomBus21 - Power optimized module with 3 High Power latching relays, 1 AC input and 4 low voltage inputs
Very low power consumption module designed to enable up to 3 high power loads, up to 15A (3kW).
3x high power latching relays SPST 15A: latching relay consumes nothing when ON
1x 230V AC opto-isolated input used as power outage detector, and also as zero-crossing detector to permit switching relays On/Off minimizing in-rush current (for capacitive loads) and overvoltage (for inductive loads)
4x low voltage inputs, that can be connected to pushbuttons, switches, meters with pulsed output, NTC temperature sensors, ...
DomBus23 - Domotic module with many functions
Versatile module designed to control gate or garage door.
2x relays SPST 5A
1x 10A 30V mosfet (led stripe dimming)
2x 0-10V analog output: each one can be configured as open-drain output to control external relay
DIN rail low profile module, with 8 relays and very low power consumption:
6x relays SPST 5A
2x relays STDT 10A
Only 10mW power consumption with all relays OFF
Only 500mW power consumption with all 8 relays ON !!
DomBus32 - Domotic module with 3 relays
Versatile module with 230V inputs and outputs, and 5 low voltage I/Os.
3x relays SPST 5A
3x 115/230Vac optoisolated inputs
Single common for relays and AC inputs
5x general purpose I/O, each one configurable as analog/digital inputs, pushbutton, counter, temperature and distance sensor.
DomBus33 - Module to domotize a light system using step relays
Module designed to control 3 lights already existing and actually controlled by 230V pushbuttons and step-by-step relays. In this way each light can be activated by existing pushbuttons, and by the domotic controller.
3x relays SPST 5A
3x 115/230Vac optoisolated inputs
Single common for relays and AC inputs
5x general purpose I/O, each one configurable as analog/digital inputs, pushbutton, counter, temperature and distance sensor.
Each relay can toggle the existing step-relay, switching the light On/Off. The optoisolator monitors the light status. The 5 I/Os can be connected to pushbuttons to activate or deactivate one or all lights.
DomBus36 - Domotic module with 12 relays
DIN rail module, low profile, with 12 relays outputs and very low power consumption.
12x relays SPST 5A
Relays are grouped in 3 blocks, with a single common per block, for easier wiring
Only 12mW power consumption with all relays OFF
Only 750mW power consumption with all 12 relays ON !!
Module designed to be connected to alarm sensors (magnetc contact sensors, PIRs, tampers): it's able to monitor mains power supply (power outage / blackout) and also have 3 relays outputs.
12x low voltage inputs (analog/digital inputs, buttons, alarm sensors, balanced double/triple biased alarm sensors, counters, temperature and distance sensors, ...)
3x 115/230Vac optoisolated inputs
2x relays SPST 5A
1x relay SPST 10A
DomBus38 - 4 SPDT 10A relays, 2 SPST 10A relays, 1 AC input, 12 low voltage inputs
DIN rail module designed for burglar alarm system.
4x relays SPDT (normally open + close contacts), 10A
2x relays SPST 10A
1x 115/230Vac optoisolated inputs, that can be used to monitor 230V voltage presence (blackout detector) and it's also used as zero-crossing detector to minimize in-rush current and overvoltage when a relay switches On/Off
12x low voltage inputs (analog/digital inputs, buttons, alarm sensors, balanced double/triple biased alarm sensors, counters, temperature and distance sensors, ...)
DomBusTracker - Smart dual-axis sun tracker to optimize photovoltaic production
DIN rail module that control azimuth + elevation/tilt motors of a sun tracker, to maximize photovoltaic energy production during the day and seasons.
Uses a deep-hole sun sensor, to optimize production with both sunny and cloudy weather
Works in stand-alone mode (no need for external controller)
Can be connected to Domoticz for monitoring and controlling the motors position
DomRelay2 - 2x relays board
Simple module with 2 relays, to be used with DomBus modules or other electronic boards with open-collector or open-drain outputs
2x 5A 12V SPST relays (Normally Open contact)
Overvoltage protection (for inductive loads, like motors)
Overcurrent protection (for capacitive laods, like AC/DC power supply, LED bulbs, ...)
DomESP1 / DomESP2 - Board with relays and more for ESP8266 NodeMCU WiFi module
IoT board designed for NodeMCU v3 board using ESP8266 WiFi microcontroller
9-24V input voltage, with high efficiency DC/DC regulator with 5V output
4x SPST relays 5V with overvoltage protection
1x SSR output (max 40V output)
2x mosfet output (max 30V, 10A) for LED dimming or other DC loads
1x I²C interface for sensors, extended I/Os and more)
1x OneWire interface (DS18B20 or other 1wire sensors/devices)