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Template

Alpha Innotec Heating & Cooling LUX 2.0

by AIT Deutschland GmbH5 (1)1,552 downloads

Content languageEnglish

Description

This template allows you to control your Alpha Innotec Heatpump without Gateway over Modbus TCP. The Modbus RTU interface is only available for Alpha Innotec internal service purposes. The Alpha Innotec Luxtronic 2.0 is the control system for Air/Water, Brine/Water, Water/Water heatpumps from Alpha Innotec.


The choice of paring Alpha Innotec systems with Loxone offers the possibility of:

- integrating demand-based heating and cooling depending on e.g. presence or the protection of open windows - Active integration in interaction with e.g. PV- systems in a Loxone Energy Management - Using flexible electricity tariffs with the Spot Price Optimizer. - Use statistics ore individual notifications - Create your own individual schematics - Reduce cycles and operating hours of your Alpha Innotec heatpump - Combining hybrid solutions e.g. Heatpump and PV- Heating element in your Hot Water Storage - Create e.g. yearly operation goals like certain annual runtime forces for hybrid systems e.g. (Heatpump 60% amount of energy, Gas heater 40% amount of energy) to fulfill the requirements of your local government. - Grid management according to §14a ENWG in Germany - In addition to the electrical power, the current and total thermal energy can also be visualized via the Loxone Energy Flow Monitor. To the compact overview for e.g. contractors. - Influence on the hot water circulation pump by controlling via the presence detectors. - Increased security through leakage detection or activation of IP cameras in the plant room.


To enable communication between the Alpha Innotec and Loxone, you must activate the Modbus server within the Alpha Innotec heatpump: The detailed description can be found in the Modbus instructions in the appendix. 1. Obtain the USB stick (one-off costs) from your Alpha Innotec partner. It contains a license and the software. 2. Download the "Alpha Connect" software to be able to make settings 3. Activate the Modbus server using the Alpha Connect software Please note that some of the devices listed as compatible can only heat and do not offer a cooling function as described in the UseCase.


With our step by step manual for collecting the heating or cooling demand and forwarding it to the Alpha Innotec Lux, we enable the interaction of the individual room control with the central heating/cooling system of Alpha Innotec. Please take a look on the Loxone Config sample file in the Library download area.


Structure: [Example in Cascade with more heatpumps]


Alpha Innotec multilingual helpcenter and download area:

- If you need actual documentation of your Alpha innotec heatpump please use the following link:

- If you need the modbus documentation please use the following link:


UseCase: Integration of a LW Heatpump: Residential building with heating, warm water storage and heating circuits.

- Air/Water Heatpump Alpha Innotec LW operation unit on the Indoor unit - Warm water storage tank --> Controlled by Loxone - Heating/Cooling buffer - Mixing circuit heating HC1 (e.g. radiators) --> Main PCB --> Controlled by Loxone - Mixing circuit heating & cooling HC2 (e.g. ceiling heating) --> Extension PCB --> Controlled by Loxone

[detailed schematic with cable layout can be found in the template of the download area]

Inputs and outputs · 20

NameTypeUnit
Actual Heatpump Flow temperature [TVL]Modbus°C
Actual Heatpump Return temperature [TRL]Modbus°C
Acutal Buffer temperature sensor bottom [TRLext]Modbus°C
Actual Warm Water tank temperature [TBW]Modbus°C
Actual Buffer temperature sensor top [TB2]Modbus°C
Actual Heatpump Source temperature [TWE]Modbus°C
State Heatpump Operating HoursModbush
State Heatpump SystemModbus<v.1>
Actual Outdoor temperature [TA]Modbus°C
State Warm Water tank Target temperatureModbus°C
State Buffer temperature Target temperatureModbus°C
State Heating Operation modeModbus<v.1>
State Cooling Operation modeModbus<v.1>
Actual Flow temperature HC2 [TB1]Modbus°C
Buffer Target temperature setpointModbus°C
Warm water Target temperature setpointModbus°C
Warm water operation modeModbus<v.1>
Heatpump Heating operation modeModbus<v.1>
Flow Target temperature HC2Modbus°C
Heatpump Cooling operation modeModbus<v.1>

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Ratings and comments

  1. Rated 5 of 5

    Nice!

Questions and answers

  1. Config file example

    Open

    Good day,

    Do you also have a Loxone config file as an example?

    Sincerely, Kes Electrical Engineering Johan Kes

    No replies

  2. alira NP-AW 20

    Open

    Hallo Welches Teamplate muss ich nehmen für die Heizung alira NP-AW 20 mit dem Regler NP-CS 40 und dem modbus 40?

    No replies

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