Currently supported models:
1700TL, 2100TL, 3000TL, 3000TLHF, 4000TL, 5000TL, 10000TL
The use of this App has technical limitations because of the conditions while using Bluetooth. These limitations are inherent to the App and have nothing to do with the SMA
Switch on your bluetooth.
Hit the menu button and select 'Settings', then 'Inverters' to list your current inverters.
To add new ones select 'Scan for devices'.
If new ones have been found you can select one of them, enter its password, select the model and click on 'Save'.
Go back to the settings screen to select this new inverter as the current one.
Next hit the menu button and select 'Connect inverter' to begin reading the production data of the current day.
You can use a sideways swipe gesture to access the daily production, total production and lastly a screen with detailed info about the inverter.
Swipe up or down to change the day, week or month.
If your inverter doesn't broadcast itself you can manually enter the inverter info with 'Manual setup'.
Select 'Date' to select the current day. If no values are found the screen will be black and you ought to connect to your inverter.
To switch to another inverter select 'Settings' and choose the one you want.
To be able to export to pvoutput.org go to settings and select 'PVOutput'. Click the 'Add' button to add your pvoutput specific data. Be careful with that api key, it is error prone. Next click save and when going back to the settings screen you must select a current pvoutput system.
I noticed that exporting to pvoutput is unfortunately not allowed beyond 2 weeks in the past. :-/
You can also export the current day to a csv file. I took over the format used by SMA. The files are stored in /Android/data/be.geek.smandroid/files/.
This has been tested with a HTC Desire running Gingerbread 2.3.3 and a SMA Sunny Boy 2000HF-30 inverter.
If you have one of those select '3000TLHF' as model.
Be aware that after a few weeks of daily intake your application's data size can grow considerably. Use the 'Delete' button in the inverter detail screen (or use the 'Clear data' button from app management).
Or use the Delete menu option from the main menu.
You can switch to an alternate view from Settings. Select 'Current view' to choose between a dayly (default), weekly or monthly view.
If you choose a weekly or a monthly view you can now retrieve data from the displayed date range. Be aware that reading an entire month can take a considerable time.
The 'Live' option allows you to read inverter data continuously. Select the current day first (I'll sort it out automatically in a next update). The update interval is specified in Settings by selecting 'Current live delay'.
If you have a pvoutput system it will then export to this.
All the code that communicates with the inverter is originally from:
My java port is here:
Important note for those with problems: this is essentially a java port of sma-bluetooth.
Consider joining the sma-bluetooth mailing list if you're having problems with your type of inverter. If you get helpful answers you can relay them back to me and I'll see what I can do.
Your android device and inverter must first be paired before being allowed to connect. Usually a notification will pop up the first time you try to connect allowing you to enter the pairing password.
Some users have been unable to connect with their HTC Desire HD devices with v2.3.5. I will try to trace the source of this problem.
Apparenly the inverter code for 5000TL-21 is still wrong. Could somebody confirm this?
CatroSolarFree intègre un menu principal permettant de:
- configurer les information de connexion de l'onduleur (adresse et numéro de série)
- communiquer avec l'onduleur pour récuprer les informations suivantes:
- Version SW
- Puissance du signal BT
- Temps opératoire depuis la mise en service
- Energie produite ce jour
- Energie produite depuis la mise en service
- vérifier la version de CatroSolarFree
- quitter l'application
CatroSolarFree est la version limitée et gratuite de l'outil complet CatroInvReader.
• Gestione di più impianti
• Aggiunta delle misure mensili ed annuali
• Esportazione dei dati in Excel(*)
• Lista dei valori mensili e annuali di consumi, prelievi, produzione, immissioni, autoconsumo ed incentivi (escluso "scambio sul posto)
• Grafici dei valori annuali
• Backup* delle misure inserite
(*) Il ripristino dei backup e l'esportazione dei dati in Excel sono disponibili nella versione Pro.
Usa la schermata di feedback per segnalarci bug e consigliare nuove funzioni.
No matter what size your PV system might have, whether small residential systems or large PV farms: Sunny Portal gives you access to your PV systems right on your smartphone. PV system operators, installers and service personnel can then access the most important data they require from any location. This saves time and money.
Visualization and Control
The window to SMA Smart Home. PV system operators can use the Sunny Portal to perform a range of visualization and control tasks anytime, anywhere. The mobile online portal not only provides clear information about all relevant electrical energy flows but also offers a user-friendly platform for various control tasks – from basic system settings to activation of specific domestic appliances through SMA radio-controlled socket. Thus, you will not only benefit from the visualization of total consumption, self-consumption, purchased electricity and grid feed-in as well as PV power generation and the self-consumption quota, but also for the first time from integrated PV generation forecast and the resulting recommended actions. Furthermore, a variable system password protects the whole system against unauthorized access.
The existing user data is used for accessing the plants, no matter where you are. A demo account is available in case you want to see for yourself how the online plant monitoring works and in case you do not have any Sunny Portal account yet.
Energy and Power
How high was the energy harvest today or in the last month? Accessing yield data is now easier than ever.
System Log for Ensuring Yields
You can access the event history of the system with user or admin rights. This keeps you well-informed wherever you are.
For example: In the case the plant detects a blackout you can contact the plant operator with a few fingertips via telephone. You can then verify if this is only a fuse that blew or if you need to organize that the service personnel has a look at the situation on the site.
All important data is visible at a single glance. The plant can be easily presented anywhere you want. And by the way: Sunny Portal can be used in order to define new users, so friends or shareholders can see the plant performance at any time.
Designed for use in the UK...
Solar PV calculator is an App designed
for Panel Installers, so they can quickly
calculator productivity of system to be
The App will also calculate the benefits
over a 25 year period, so the client /
customer can be shown how much income
can be generated, and how long the system
will take to pay for itself.
The App is very simple to use, and can also
be used by people considering installing
a solar Pv system.
The App will go through the calculation
Each stage has a help file to assist with
entering correct data.
Data such as Installation type,
Panel Orientation (Direction of Panels)
Pitch (Angle of Panels)
Shading, Panel rating and number of panels.
This data will be used to calculate
Productivity and system size required.
Cost data such as installation cost,
FIT rate (Fixed Income Tarif)
Export rate, Electricity costs
And Inflation, will also be entered
to calculate the income generated and
money saved on bills, by having the
At the end of the App, a survey report
can be viewed with system details.
Also a benefits illustration can be
viewed, to show the customer / client
how much income / savings can be made.
In the TOTAL benefits section,
The year will be highlighted in Yellow
to indicate how long the system will
take to pay for itself.
Years below this will be RED.
Years where profit is generated will be GREEN.
Pro version Also available....
Pro version allows for full Installation
details, to generate a complete quote.
Allows data to be emailed so
details can be retrieved at a later date
for further use, or sent to client.
Also stores data such as FIT rate, costs etc
making data entry much simpler after first use.
Please rate this App if you like it.
Any suggestions please email me at :
(c) Copyright W.Cooper 2014
Enter the value for the photovoltaic installation area you have in mind, select the photovoltaic technology and it will display the energy that would be generated and its equivalencies in avoided CO2 emissions, hours of light and electric car mileage.
Use the screen of your Smartphone to simulate the active surface of the photovoltaic glass, and just place it in the same position that your installation would be. The results will change depending on inclination and rotation of the device. Try it out and compare results for different design purposes.
The app also allows you to save your photovoltaic estimation results and share them with your friends via E-mail, Facebook and Twitter.
The Solar Compass in 2D shows the direction of north as a simple compass and draws the path which the sun will take in the summer, winter, spring and autumn, as well as the path the sun takes now. Panels should be installed on south facing roof planes to give the maximum yield.
Solar Compass 3D uses the device’s camera to show these sun paths in augmented reality, superimposed on the camera’s view. The 2D and 3D compass are invaluable to show the sun’s path even on cloudy days or at night when assessing the most suitable planes for a solar installation.
The Survey tool is used to measure the elevation and bearing of object which might obstruct the sun’s rays. In order to comply with the latest UK regulations any objects which might shade the solar PV installation must be taken into account when estimating the performance of the installation. The elevation and bearing should be used to estimate the appropriate shading factor according the MCS guidelines.
Now in Version 1.2 there is screen to let you estimate the elevation an obstruction will have if measured from the solar panel if you cannot access the panel location to take an accurate reading.
The Slope tool can be used to measure the slope of a roof, which is critical in accessing the performance of solar PV panels. The device can be placed on a rafter to measure the slope directly or the camera view can be used to estimate the slope if the roof is not easily accessible.
These tools can be used alongside ProFactum’s laptop based EPiSolar program, a sales tool which models the roof, calculates the performance of solar PV installations and produces the quotation and contract paperwork.
It supports multiple systems via the following sources:
• Bluetooth connection to SMA Sunny Boy solar PV Inverters.
• Wi-Fi connection to pvoutput.org system.
Whether you want to quickly connect to your SMA inverter via Bluetooth; view your data from your existing systems on pvoutput.org; or are looking for a monitoring device to mount on the wall this app has you covered.
★★★★★ "Excellent app. I love it"
★★★★★ "...It worked first time, without any problems"
★★★★★ "...well worth the wait for something decent at long last"
• View live spot data with graph of todays power (kW) and total energy (kWh).
• Spot data includes current AC power (W); Todays energy (kWh); Total energy (MWh); Inverter temperature (°C or °F); DC Power (W), DC Volts (V) and DC Amps (A) for each string of panels; and AC Power (W), AC Volts (V) and AC Amps (A) for each AC phase.
• Supports connections to multiple SMA inverters via Bluetooth and/or multiple pvoutput.org systems.
• Enable auto refresh on live page to keep the screen on and update live spot data and todays graph.
• Uses current location to calculate sunrise and sunset times to stop auto refresh over night.
• View graphs of last 7 days of power and total energy.
• View graphs of last 2 months of total daily energy.
• View graphs of last 2 months of total weekly energy.
• View graph of last 3 months of total monthly energy.
• View graph of current years energy.
• Click on graph to view tooltip with actual values.
• Local cache of data so graphs can be viewed when unable to access SMA inverter or pvoutput.org; or if Wi-Fi or Bluetooth is disabled.
• Share graphs on Facebook, other social media, email or any other share targets available on you device.
• Card based UI with pull to refresh.
• Available in English, Dutch and German.
• Choose between 4 material themes.
Pro version available at http://goo.gl/748qah adds the following:
• Removal of ads.
• All graphs go back to earliest data available from SMA inverter or pvoutput.org.
• Enable real time auto upload to pvoutput.org from Bluetooth connected SMA inverters. *
• Option to real time auto upload additional SMA inverter data into pvoutput.org donation fields v7-v12. Data available to upload includes DC power, volts and current for each string of panels; AC power, volts and current for each phase; and/or SMA inverter temperature. **
• Uses current location to calculate sunrise and sunset times to stop auto uploads over night.
• Batch upload of missing statuses for the last seven days to pvoutput.org. *
* Requires free account at pvoutput.org. See http://pvoutput.org/register.jsp.
** Requires donation to pvoutput.org. See http://pvoutput.org/help.html#donations.
pvoutput.org setup help:
API Key should be set to the API Key available at http://pvoutput.org/account.jsp. System Id is the system id for the registered system on the same page. See http://pvoutput.org/help.html#api-getting-started for more info.
Email me at firstname.lastname@example.org or go to the Oxley Solar Google+ community (http://goo.gl/0pbD30) for support. Like us on Facebook (http://www.facebook.com/oxleysolar), follow us on Twitter (http://twitter.com/oxleysolar) and join our pvoutput.org team (http://pvoutput.org/listteam.jsp?tid=803).
by CONTREL elettronica s.r.l. This application enables you to monitor data from your Contrel's analyzer from anywhere in the world .
The user can read numeric data from EMS, EMA and EMM analyzers:
- power factor
- system tangent
- total energy
- active power
It is possible to prepare EMS96 graphic data of:
- montly energy consumption
- yearly energy consumption
Setting of the parameters requires writing of:
- IP address of the device
- port number
- protocol (Modbus TCP or Modbus RTU over TCP)
- poll time
The application provides you working in English.
ในรุ่น Intelligent Inverter ซึ่งสามารถใช้งานในโหมดต่างๆ ดังนี้
- ใช้แสดงค่าข้อมูลต่างๆของเครื่องปรับอากาศ เช่น รหัสอาการผิดปกติ เซ็นเซอร์ ต่างๆ เป็นต้น
และหากพบปัญหาเกี่ยวกับ แอพพลิเคชั่น สามารถติดต่อเจ้าหน้าที่
เพื่อขอคำแนะนำ หรือปรับปรุง ได้ที่ เบอร์ 02-8321999, Facebook: Saijo Denki Air Con
The data and algorithms used may be subject to change without prior notice.
The results of the application are not intended to match real world results with 100% accuracy, only to provide an estimation.