How to connect your Accuenergy AcuVIM II meter to Wattics

This post illustrates how to enable the automated transmission of meter readings from your Accuenergy AcuVIM II meters to the Wattics Energy Analytics Dashboard in eight easy steps.

 
Accuenergy AcuVIM II meters allow for automated data transmission via HTTP Post, meaning that once the meter is given internet access it can be configured to send data to Wattics without the need of additional hardware requirements such as a gateway device. The set up to configure the meter to automatically push data to Wattics is extremely easy and can be carried out in a few minutes following this step-by-step guide.

 

 

STEP 1: Request a Meter ID from Wattics

Each meter you wish to connect to Wattics requires a Meter ID as unique identifier. Unless your meter has been pre-configured already with a unique Meter ID, you must request a new Meter ID from Wattics via the Wattics Meter ID Request Form. One of our agents will be in touch shortly with your new Meter ID needed to configure your meter.

 

STEP 2: Install your meter

If not done yet, install your meter using the AcuVIM II user manual.

 

STEP 3: Provide network access to your meter

Connect your AcuVIM II meter to your Ethernet LAN with a cat5 cable.

NOTE: The meter can either use DHCP to enable Internet access automatically, or be assigned with a static IP address. Find below step-by-step instructions for either setting:

– Press H and V/A buttons simultaneously to activate the display mode selection and the cursor will flash.
– Press P or E to move the cursor right or left. You need to move the cursor to ‘Setting’ then press V/A.
– Press P to move the cursor downwards, and press V/A to select NET.
– Press P until you reach the IP settings page where you can change the DHCP settings, IP address, Subnet and Gateway IP address.

If you reboot the meter it should acquire the correct IP address and show on your router’s table.

If your meter does not have an Ethernet port you need to order the AXM-NET-P Ethernet plug-in module from Accuenergy.

 

STEP 4: Retrieve your meter IP address

The meter IP address can be retrieved via the meter display menu:

  • Press H and V/A buttons simultaneously to activate the display mode selection and the cursor will flash.
  • Press P or E to move the cursor right or left. You need to move the cursor to ‘Setting’ then press V/A.
  • Press P to move the cursor downwards, and press V/A to select NET.
  • Press P until you reach the IP Address page and note the IP address of your meter (e.g. 192.168.1.254).

Write the meter IP address down for the next step.

 

STEP 5: Open the meter’s web server page

Access a PC or laptop connected to the same LAN as the meter, open an Internet browser window, type in the meter IP address in the URL bar and hit the Enter key. The meter’s web server page will be displayed.

Alternatively you can unplug your meter from the LAN and connect it to your laptop with a cat5 cable for configuration. The meter will need to be reconnected to the LAN after configuration.

 

 
 

Click on the ‘Settings’ menu tab and submit the password (default password is ‘12345678’).

 

 

STEP 6: Configure the network parameters

After the password has been entered, a ‘Network Parameter Configuration’ page is displayed.

 

 

  • Select Manual or Auto Setting to enable Internet access on your meter. You will need to get network parameters from your IT department if IP Address, Subnet Mask and Gateway IP address must be registered with your IT department for Internet access. You can select Auto Setting if DHCP is enabled and no firewalls are in place.
  • Enter 8.8.8.8 and 8.8.4.4 for the primary and secondary DNS servers.
  • Enter ‘502’ for the MODBUS Port.
  • Enter ‘80’ for the HTTP Port.
  • Enable SNTP, and click on the link below to find the correct SNTP server for your country. On the link you will need to select your area and copy your country’s server URL. That URL must be copied in the SNTP Server field.

https://support.ntp.org/bin/view/Servers/NTPPoolServers
For example, for Italy, you will click on Europe, copy it.pool.ntp.org, and paste it in the SNTP Server field.

  • Select the correct timezone for the geographical location where the meter is installed.
  • Submit.

 

STEP 7: Configure the Http Push functionality

Hover over the ‘Settings’ tab and select the ‘Http Push’ option from the list.
Configure your meter to automatically send data to Wattics cloud platform as follows:

  • On the Http Push webpage, tick the ‘HTTP POST Enable’ button.
  • Enter the Post URL received from Wattics by email
  • Enter the Meter ID received from Wattics by email
  • Set ‘HTTP Port’ to 80.
  • Leave ‘Post Channel 2’ sub-menu empty.
  • Set ‘Post Interval’ to 5 minutes.
  • Tick all five ‘Post Content’ buttons.

 

 
Click on ‘Submit’ to complete the configuration. Reboot your meter (power down and up again), your meter is now configured to upload new data readings to the Wattics platform every five minutes.

 

STEP 8: Get started with Wattics!

You will receive an email from Wattics as soon as the first meter readings are received.

This email will provide you a link to create a username and password to access your Wattics dashboard. From then on you will be able to log in to your Wattics Dashboard at http://dash.wattics.com and get started! You will be able to edit the name of your (new) organisation, site and meters from the Attributes tab, so that you can add multiple meters and manage them all together in one place.

 
Troubleshooting: if you don’t see data in the dashboard, you can test your network setup for data push to Wattics, to ensure the firewall does not block outbound communication:

http://docs.wattics.com/2017/06/27/how-to-test-if-your-internet-access-point-is-configured-properly-for-http-communication-with-wattics/

 

 

Please contact us at support@wattics.com if you have any difficulty with configuring your system.

 

Anthony Schoofs

Chief Technical Officer at Wattics
Anthony drives Wattics' innovation on energy efficiency for industrial and grid environments. Anthony is also behind WSNbuzz.com, a blog covering technology advances within the smart grid and IoT markets, and was listed in 2011 amongst the top 100 IoT thinkers. Anthony was recently awarded the Globe Sustainability Research Award for his contribution to advancing knowledge on sustainability.

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