mirror of https://github.com/lumapu/ahoy.git
lumapu
3 years ago
committed by
GitHub
GitHub
18 changed files with 697 additions and 33 deletions
@ -0,0 +1,69 @@ |
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--- |
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name: Report Ahoy |
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about: question about Ahoy |
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title: '' |
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labels: '' |
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assignees: '' |
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|
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--- |
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|
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## Hardware |
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* [ ] ESP8266 |
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* [ ] ESP32 |
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* [ ] Raspberry Pi |
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|
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Modelname: ______ |
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Retailer URL: ______ |
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|
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### nRF24L01+ Module |
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* [ ] nRF24L01+ you verified this is a **Plus model** capable of the required 256kBit/s mode |
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* [ ] **square dot** indicates original Nordic Semicon chip |
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* [ ] **round dot** indicates copy-cat / counterfeit SI labs chip |
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|
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### Antenna: |
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* [ ] circuit board |
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* [ ] external antenna |
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|
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### Power Stabilization: |
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* [ ] 100uF Electrolytic Capacitor |
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connected between +3.3V and GND (Pin 1 & 2) of the NRF Module |
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* [ ] Voltage stabilizing motherboard |
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|
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### Connection diagram: |
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* [ ] Image of the your wiring attached |
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|
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### Connection diagram I used: |
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| nRF24L01+ Pin | ESP8266/32 GPIO | |
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| ------------- | --------------- | |
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| Pin 1 GND [] | GND | |
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| Pin 2 +3.3V | +3.3V | |
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| Pin 3 CE | GPIO_2/_4 CE | |
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| Pin 4 CSN | GPIO15/_5 CS | |
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| Pin 5 SCK | GPIO14/18 SCLK | |
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| Pin 6 MOSI | GPIO13/23 MOSI | |
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| Pin 7 MISO | GPIO12/19 MISO | |
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| Pin 8 IRQ | GPIO_0/0 IRQ | |
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|
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Note: [] GND Pin 1 has a square mark on the nRF24L01+ module |
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|
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## Software |
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* [ ] AhoyDTU |
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* [ ] OpenDTU |
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|
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### Version / Git SHA: |
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Version: _._.__ |
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Github Hash: _______ |
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|
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### Build & Flash Method: |
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* [ ] Arduino |
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* [ ] ESP Tools |
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* [ ] Platform IO |
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|
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### Desktop OS: |
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* [ ] Linux |
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* [ ] Windows |
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* [ ] Mac OS |
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|
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### Debugging: |
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* [ ] USB Serial Log (attached) |
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* [ ] Setup settings (use our templates ... to be added) |
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@ -0,0 +1,155 @@ |
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name: "AhoyDTU bug" |
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description: "File a bug report" |
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title: "[ESP8266/ESP32/RaspberryPi] Problem Description / Beschreibung" |
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labels: ["bug", "needs-triage"] |
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assignees: |
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- stefan123t |
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body: |
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- type: markdown |
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attributes: |
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value: | |
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Bitte die Posting Guide lines lesen, Vorlage kopieren und ausfüllen und in Eurem Support Forum Eintrag posten. |
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Wir lesen auch gerne Deutsch, bitte fülle die u.a. Fragen aus damit wir Dir bestmöglich helfen können Danke! |
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|
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Please read, copy & fill in the template from our Posting Guide lines into your Support Forum post. |
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We do enjoy the english language, but we need a couple of things to best support you in your goal, please fill in all / most of the details given below. Thanks! |
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- type: markdown |
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attributes: |
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value: "## Hardware" |
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- type: dropdown |
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id: platform |
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attributes: |
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label: Platform |
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description: Which Hardware are you using to run AhoyDTU on ? |
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options: |
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- ESP8266 |
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- ESP32 |
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- RaspberryPi |
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validations: |
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required: true |
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- type: input |
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id: model |
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attributes: |
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label: Model name |
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description: Please give us a precise description of your hardware and/or a link to the vendor |
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placeholder: |
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validations: |
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required: false |
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- type: dropdown |
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id: nrf24l01-module |
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attributes: |
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label: nRF24L01+ Module |
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description: | |
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What type of nRF24L01+ chip is on your nRF24L01+ module ? |
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* you verified this is a **nRF24L01+ plus** model capable of the required 256kBit/s mode ? |
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* **square dot** indicates original Nordic Semicon chip ? |
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* **round dot** indicates copy-cat / counterfeit SI labs chip |
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multiple: true |
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options: |
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- nRF24L01+ plus |
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- square dot |
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- round dot |
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- type: dropdown |
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id: antenna |
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attributes: |
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label: Antenna |
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description: What type of antenna has your nRF24L01+ module ? |
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options: |
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- circuit board |
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- external antenna |
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validations: |
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required: true |
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- type: dropdown |
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id: power-stabilization |
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attributes: |
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label: Power Stabilization |
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description: | |
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What kind of voltage / power stabilization have you used for your nRF24L01+ module ? |
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* **~100uF Elko** (Electrolytic Capacitor) connected between +3.3V and GND (Pin 1 & 2) of the nRF24L01+ Module |
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* special **voltage stabilizing board** |
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* **nothing** (yet) |
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options: |
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- ~100uF Elko |
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- board |
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- nothing |
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validations: |
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required: true |
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- type: textarea |
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id: connection-diagram |
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attributes: |
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label: Connection diagram |
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description: Tell us which connection diagram you used? |
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value: | |
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## Connection diagram I used: |
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| nRF24L01+ Pin | ESP8266/32 GPIO | |
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| ------------- | --------------- | |
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| Pin 1 GND [] | GND | |
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| Pin 2 +3.3V | +3.3V | |
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| Pin 3 CE | GPIO_2/_4 CE | |
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| Pin 4 CSN | GPIO15/_5 CS | |
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| Pin 5 SCK | GPIO14/18 SCLK | |
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| Pin 6 MOSI | GPIO13/23 MOSI | |
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| Pin 7 MISO | GPIO12/19 MISO | |
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| Pin 8 IRQ | GPIO_0/0 IRQ | |
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|
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Note: [] GND Pin 1 has a square mark on the nRF24L01+ module |
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validations: |
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required: true |
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- type: checkboxes |
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id: connection-picture |
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attributes: |
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label: Connection picture |
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description: |
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options: |
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- label: I will attach/upload an Image of my wiring |
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validations: |
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required: true |
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- type: markdown |
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attributes: |
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value: "## Software" |
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- type: input |
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id: software-version |
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attributes: |
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label: Version |
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description: What version of our software are you running ? |
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placeholder: 0.5.17 |
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validations: |
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required: true |
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- type: input |
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id: software-githash |
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attributes: |
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label: Github Hash |
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description: Which GitHub hash has the build of our software ? |
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placeholder: 5402e9b |
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validations: |
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required: true |
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- type: dropdown |
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id: build-and-flash-method |
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attributes: |
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label: Build & Flash Method |
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description: What software do you use to flash / build & flash our firmware images ? |
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options: |
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- ESP Tools (flash) |
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- Platform IO (build & flash) |
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validations: |
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required: true |
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- type: dropdown |
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id: desktop-os |
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attributes: |
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label: Desktop |
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description: Which operating system are you using on your desktop to build & flash ? |
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options: |
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- Linux |
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- Mac OS |
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- Windows |
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validations: |
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required: true |
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- type: textarea |
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id: debugging |
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attributes: |
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label: Debug Serial Log output |
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description: Please copy and paste any relevant log output. This will be automatically formatted into code, so no need for backticks. |
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placeholder: | |
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- USB Serial Log (attached) |
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- Setup settings (use our templates ... to be added) |
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render: shell |
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|
After Width: | Height: | Size: 72 KiB |
@ -0,0 +1,99 @@ |
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views: |
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- title: Home |
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cards: |
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- type: horizontal-stack |
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cards: |
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- type: gauge |
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entity: sensor.inverter_ac_power |
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name: Inverter |
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max: 800 |
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needle: false |
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severity: |
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green: 500 |
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yellow: 100 |
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red: 0 |
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- type: gauge |
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entity: sensor.inverter_channel_1_ac_power |
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name: Channel 1 |
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max: 460 |
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- type: gauge |
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entity: sensor.inverter_channel_2_ac_power |
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name: Channel 2 |
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max: 460 |
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- show_name: false |
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show_icon: true |
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show_state: true |
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type: glance |
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entities: |
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- entity: sensor.inverter_ac_voltage |
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name: Voltage |
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- entity: sensor.inverter_frequency |
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name: Frequency |
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- entity: sensor.inverter_ac_current |
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name: Current |
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- entity: sensor.inverter_ac_power |
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name: Power |
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- entity: sensor.inverter_dc_power |
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name: DC Power |
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- entity: sensor.inverter_ac_reactive_power |
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name: Reactive Power |
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- entity: sensor.inverter_power_factor |
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- entity: sensor.inverter_day_yield |
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name: Day Yield |
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- entity: sensor.inverter_total_yield |
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name: Total Yield |
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- entity: sensor.inverter_efficiency |
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name: Efficiency |
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- entity: sensor.inverter_temperature |
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name: Temperature |
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- entity: sensor.inverter_uptime |
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name: Uptime |
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- entity: sensor.inverter_last_alarm |
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name: Status |
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- entity: sensor.inverter_power_limit |
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- entity: sensor.inverter_firmware_version |
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- entity: sensor.inverter_firmware_build_year |
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- entity: sensor.inverter_firmware_build_month_and_day |
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- entity: sensor.inverter_hardware_id |
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title: Inverter |
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columns: 4 |
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- type: horizontal-stack |
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cards: |
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- show_name: false |
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show_icon: true |
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show_state: true |
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type: glance |
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entities: |
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- entity: sensor.inverter_channel_1_ac_voltage |
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name: Voltage |
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- entity: sensor.inverter_channel_1_ac_current |
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name: Current |
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- entity: sensor.inverter_channel_1_ac_power |
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name: Power |
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- entity: sensor.inverter_channel_1_day_yield |
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name: Day Yield |
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- entity: sensor.inverter_channel_1_total_yield |
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name: Total Yield |
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- entity: sensor.inverter_channel_1_irradiation |
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name: Irradiation |
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title: Channel 1 |
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columns: 2 |
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- show_name: false |
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show_icon: true |
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show_state: true |
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type: glance |
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entities: |
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- entity: sensor.inverter_channel_2_ac_voltage |
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name: Voltage |
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- entity: sensor.inverter_channel_2_ac_current |
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name: Current |
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- entity: sensor.inverter_channel_2_ac_power |
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name: Power |
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- entity: sensor.inverter_channel_2_day_yield |
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name: Day Yield |
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- entity: sensor.inverter_channel_2_total_yield |
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name: Total Yield |
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- entity: sensor.inverter_channel_2_irradiation |
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name: Irradiation |
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title: Channel 2 |
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columns: 2 |
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@ -1,23 +1,318 @@ |
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sensor: |
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- platform: mqtt |
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state_topic: "inverter/Terrasse/ch0/P_AC" |
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name: "Aktuelle Produktion HM-600" |
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device_class: energy |
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unit_of_measurement: "Watt" |
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value_template: > |
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{{value|round(2)}} |
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state_class: total_increasing |
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unique_id: "current_hm600" |
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last_reset_topic: "inverter/Terrasse/ch0/P_AC" |
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last_reset_value_template: "1970-01-01T00:00:00+00:00" |
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- platform: mqtt |
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state_topic: "inverter/Terrasse/ch0/YieldTotal" |
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name: "Gesamtproduktion HM-600" |
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device_class: energy |
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unit_of_measurement: "KW/H" |
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value_template: > |
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{{value|round(2)}} |
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state_class: total_increasing |
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unique_id: "total_hm600" |
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last_reset_topic: "inverter/Terrasse/ch0/YieldTotal" |
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last_reset_value_template: "1970-01-01T00:00:00+00:00" |
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mqtt: |
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sensor: |
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- state_topic: "inverter/uptime" |
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icon: mdi:clock-start |
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name: "Inverter Uptime" |
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unique_id: "ahoy_ch0_uptime" |
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value_template: > |
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{% set time = value|int %} |
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{% set minutes = ((time % 3600) / 60) | int %} |
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{% set hours = ((time % 86400) / 3600) | int %} |
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{% set days = (time / 86400) | int %} |
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{%- if time < 60 -%} |
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Less than a minute |
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{%- else -%} |
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{%- if days > 0 -%} |
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{%- if days == 1 -%} |
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1 day |
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{%- else -%} |
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{{ days }} days |
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{%- endif -%} |
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{%- endif -%} |
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{%- if hours > 0 -%} |
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{%- if days > 0 -%} |
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{{ ', ' }} |
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{%- endif -%} |
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{%- if hours == 1 -%} |
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1 hour |
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{%- else -%} |
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{{ hours }} hours |
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{%- endif -%} |
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{%- endif -%} |
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{%- if minutes > 0 -%} |
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{%- if days > 0 or hours > 0 -%} |
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{{ ', ' }} |
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{%- endif -%} |
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{%- if minutes == 1 -%} |
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1 minute |
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{%- else -%} |
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{{ minutes }} minutes |
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{%- endif -%} |
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{%- endif -%} |
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{%- endif -%} |
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|
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- state_topic: "inverter/GardenShed/ch0/Efficiency" |
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icon: "mdi:trending-up" |
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name: "Inverter Efficiency" |
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unique_id: "ahoy_ch0_efficiency" |
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unit_of_measurement: "%" |
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- state_topic: "inverter/GardenShed/ch0/P_DC" |
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device_class: "power" |
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name: "Inverter DC Power" |
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unique_id: "ahoy_ch0_p_dc" |
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unit_of_measurement: "W" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/YieldTotal" |
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device_class: "energy" |
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icon: "mdi:lightning-bolt-outline" |
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name: "Inverter Total Yield" |
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unique_id: "ahoy_ch0_yield_total" |
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unit_of_measurement: "kWh" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/YieldDay" |
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device_class: "energy" |
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name: "Inverter Day Yield" |
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unique_id: "ahoy_ch0_yield_day" |
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unit_of_measurement: "Wh" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/ALARM_MES_ID" |
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name: "Inverter Alarm Message ID" |
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unique_id: "ahoy_ch0_alarm_mes_id" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/LastAlarmCode" |
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icon: "mdi:message-alert" |
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name: "Inverter Last Alarm" |
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unique_id: "ahoy_ch0_last_alarm" |
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value_template: > |
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{% set value = value|round(0) %} |
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{% set mapper = { |
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0: "Nothing", |
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1: 'Inverter start', |
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2: 'DTU command failed', |
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121: 'Over temperature protection', |
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125: 'Grid configuration parameter error', |
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126: 'Software error code 126', |
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127: 'Firmware error', |
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128: 'Software error code 128', |
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129: 'Software error code 129', |
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130: 'Offline', |
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141: 'Grid overvoltage', |
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142: 'Average grid overvoltage', |
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143: 'Grid undervoltage', |
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144: 'Grid overfrequency', |
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145: 'Grid underfrequency', |
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146: 'Rapid grid frequency change', |
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147: 'Power grid outage', |
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148: 'Grid disconnection', |
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149: 'Island detected', |
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205: 'Input port 1 & 2 overvoltage', |
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206: 'Input port 3 & 4 overvoltage', |
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207: 'Input port 1 & 2 undervoltage', |
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208: 'Input port 3 & 4 undervoltage', |
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209: 'Port 1 no input', |
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210: 'Port 2 no input', |
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211: 'Port 3 no input', |
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212: 'Port 4 no input', |
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213: 'PV-1 & PV-2 abnormal wiring', |
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214: 'PV-3 & PV-4 abnormal wiring', |
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215: 'PV-1 Input overvoltage', |
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216: 'PV-1 Input undervoltage', |
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217: 'PV-2 Input overvoltage', |
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218: 'PV-2 Input undervoltage', |
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219: 'PV-3 Input overvoltage', |
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220: 'PV-3 Input undervoltage', |
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221: 'PV-4 Input overvoltage', |
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222: 'PV-4 Input undervoltage', |
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301: 'Hardware error code 301', |
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302: 'Hardware error code 302', |
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303: 'Hardware error code 303', |
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304: 'Hardware error code 304', |
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305: 'Hardware error code 305', |
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306: 'Hardware error code 306', |
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307: 'Hardware error code 307', |
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308: 'Hardware error code 308', |
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309: 'Hardware error code 309', |
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310: 'Hardware error code 310', |
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311: 'Hardware error code 311', |
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312: 'Hardware error code 312', |
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313: 'Hardware error code 313', |
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314: 'Hardware error code 314', |
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5041: 'Error code-04 Port 1', |
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5042: 'Error code-04 Port 2', |
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5043: 'Error code-04 Port 3', |
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5044: 'Error code-04 Port 4', |
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5051: 'PV Input 1 Overvoltage/Undervoltage', |
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5052: 'PV Input 2 Overvoltage/Undervoltage', |
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5053: 'PV Input 3 Overvoltage/Undervoltage', |
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5054: 'PV Input 4 Overvoltage/Undervoltage', |
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5060: 'Abnormal bias', |
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5070: 'Over temperature protection', |
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5080: 'Grid Overvoltage/Undervoltage', |
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5090: 'Grid Overfrequency/Underfrequency', |
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5100: 'Island detected', |
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5120: 'EEPROM reading and writing error', |
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5150: '10 min value grid overvoltage', |
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5200: 'Firmware error', |
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8310: 'Shut down', |
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9000: 'Microinverter is suspected of being stolen' } %} |
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{{ mapper[value] if value in mapper else "value is unknon" }} |
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- state_topic: "inverter/GardenShed/ch0/Temp" |
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device_class: "temperature" |
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name: "Inverter Temperature" |
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unique_id: "ahoy_ch0_temp" |
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unit_of_measurement: "°C" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/Freq" |
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device_class: "frequency" |
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name: "Inverter Frequency" |
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unique_id: "ahoy_ch0_freq" |
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unit_of_measurement: "Hz" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/P_ACr" |
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device_class: "power" |
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name: "Inverter AC Reactive Power" |
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unique_id: "ahoy_ch0_p_acr" |
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unit_of_measurement: "VA" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/P_AC" |
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device_class: "power" |
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name: "Inverter AC Power" |
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unique_id: "ahoy_ch0_p_ac" |
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unit_of_measurement: "W" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/I_AC" |
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device_class: "current" |
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name: "Inverter AC Current" |
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unique_id: "ahoy_ch0_i_ac" |
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unit_of_measurement: "A" |
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value_template: > |
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{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/U_AC" |
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device_class: "voltage" |
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icon: "mdi:current-ac" |
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name: "Inverter AC Voltage" |
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unique_id: "ahoy_ch0_u_ac" |
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unit_of_measurement: "V" |
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value_template: > |
|||
{{value|round(3)}} |
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- state_topic: "inverter/GardenShed/ch0/Pct" |
|||
device_class: "power_factor" |
|||
name: "Inverter Power Factor" |
|||
unique_id: "ahoy_ch0_pct" |
|||
- state_topic: "inverter/GardenShed/ch0/FWVersion" |
|||
icon: "mdi:numeric" |
|||
name: "Inverter Firmware Version" |
|||
unique_id: "ahoy_ch0_fw_version" |
|||
value_template: > |
|||
{{ value | round(0) | regex_replace('([0-9]+)([0-9]{2})([0-9]{2})$', '\\1.\\2.\\3') }} |
|||
- state_topic: "inverter/GardenShed/ch0/FWBuildYear" |
|||
icon: "mdi:calendar-blank" |
|||
name: "Inverter Firmware build year" |
|||
unique_id: "ahoy_ch0_fw_builid_year" |
|||
value_template: > |
|||
{{value|round(0)}} |
|||
- state_topic: "inverter/GardenShed/ch0/FWBuildMonthDay" |
|||
icon: "mdi:calendar-clock" |
|||
name: "Inverter Firmware build month and day" |
|||
unique_id: "ahoy_ch0_fw_builid_month_day" |
|||
- state_topic: "inverter/GardenShed/ch0/HWPartId" |
|||
icon: "mdi:identifier" |
|||
name: "Inverter Hardware ID" |
|||
unique_id: "ahoy_ch0_hw_part_id" |
|||
value_template: > |
|||
{{value|round(0)}} |
|||
- state_topic: "inverter/GardenShed/ch0/PowerLimit" |
|||
icon: "mdi:speedometer" |
|||
name: "Inverter Power Limit" |
|||
unique_id: "ahoy_ch0_power_limit" |
|||
unit_of_measurement: "%" |
|||
value_template: > |
|||
{{value|round(0)}} |
|||
- state_topic: "inverter/GardenShed/ch1/Irradiation" |
|||
icon: "mdi:weather-partly-cloudy" |
|||
name: "Inverter Channel 1 Irradiation" |
|||
unique_id: "ahoy_ch1_irradiation" |
|||
unit_of_measurement: "%" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch1/YieldTotal" |
|||
device_class: "energy" |
|||
icon: "mdi:lightning-bolt-outline" |
|||
name: "Inverter Channel 1 Total Yield" |
|||
unique_id: "ahoy_ch1_yield_total" |
|||
unit_of_measurement: "kWh" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch1/YieldDay" |
|||
device_class: "energy" |
|||
name: "Inverter Channel 1 Day Yield" |
|||
unique_id: "ahoy_ch1_yield_day" |
|||
unit_of_measurement: "Wh" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch1/P_DC" |
|||
device_class: "power" |
|||
name: "Inverter Channel 1 AC Power" |
|||
unique_id: "ahoy_ch1_p_dc" |
|||
unit_of_measurement: "W" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch1/I_DC" |
|||
device_class: "current" |
|||
icon: "mdi:current-dc" |
|||
name: "Inverter Channel 1 AC Current" |
|||
unique_id: "ahoy_ch1_i_dc" |
|||
unit_of_measurement: "A" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch1/U_DC" |
|||
device_class: "voltage" |
|||
icon: "mdi:current-dc" |
|||
name: "Inverter Channel 1 AC Voltage" |
|||
unique_id: "ahoy_ch1_u_dc" |
|||
unit_of_measurement: "V" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/Irradiation" |
|||
icon: "mdi:weather-partly-cloudy" |
|||
name: "Inverter Channel 2 Irradiation" |
|||
unique_id: "ahoy_ch2_irradiation" |
|||
unit_of_measurement: "%" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/YieldTotal" |
|||
device_class: "energy" |
|||
icon: "mdi:lightning-bolt-outline" |
|||
name: "Inverter Channel 2 Total Yield" |
|||
unique_id: "ahoy_ch2_yield_total" |
|||
unit_of_measurement: "kWh" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/YieldDay" |
|||
device_class: "energy" |
|||
name: "Inverter Channel 2 Day Yield" |
|||
unique_id: "ahoy_ch2_yield_day" |
|||
unit_of_measurement: "Wh" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/P_DC" |
|||
device_class: "power" |
|||
name: "Inverter Channel 2 AC Power" |
|||
unique_id: "ahoy_ch2_p_dc" |
|||
unit_of_measurement: "W" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/I_DC" |
|||
device_class: "current" |
|||
icon: "mdi:current-dc" |
|||
name: "Inverter Channel 2 AC Current" |
|||
unique_id: "ahoy_ch2_i_dc" |
|||
unit_of_measurement: "A" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
- state_topic: "inverter/GardenShed/ch2/U_DC" |
|||
device_class: "voltage" |
|||
icon: "mdi:current-dc" |
|||
name: "Inverter Channel 2 AC Voltage" |
|||
unique_id: "ahoy_ch2_u_dc" |
|||
unit_of_measurement: "V" |
|||
value_template: > |
|||
{{value|round(3)}} |
|||
|
|||
Binary file not shown.
|
After Width: | Height: | Size: 67 KiB |
|
After Width: | Height: | Size: 64 KiB |
@ -0,0 +1,8 @@ |
|||
# PCB for Wemos D1 + nRF24L01+ |
|||
|
|||
Simple pcb to plug a nRF24L01+ together with a Wemos D1 Mini / Pro. Thos pcb also leads the UART and the I2C outside. It also allows to easily connect D0 / GPIO16 to RST. |
|||
|
|||
Download Target 3001 schematics [here](nRF24L01_ESP_Wemos_D1.T3001) |
|||
|
|||
## 3D previev |
|||
 |
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Loading…
Reference in new issue