Watch a recording of this month's IntegrateLive! Workshop and learn how to quickly start monitoring energy for meaningful insights.

Did you miss episode 16 of IntegrateLive! last week? No problem—the recording is now available to catch up on what you missed or to view it again. Benson Hougland and Ben Orchard from Opto 22, along with Alex Marcy from Corso Systems, join IL hosts Jeff Knepper and Allen Ray for an 80-minute session devoted to power monitoring.

Whether you are trying to enhance your sustainability profile, reduce operational costs, or empower your maintenance team with actionable insights, this workshop provides the knowledge and tools you need to get started.

Watch: Not Just Green - Power monitoring is your gateway to operational efficiency

Take a deep dive into the transformative potential of monitoring your power consumption. 

The first step toward reducing your energy spend is to analyze your utility bill.

In my previous blog post, “Why Consider Energy Monitoring” I proposed that acquiring data was essential to any project targeted at reducing an organization's energy spend. I also touched on how the electric utility bill for industrial users can be complex.

If you are considering monitoring your energy and power, a good first step would be to get a hold of and understand that bill. I thought I would analyze and share my thoughts on Opto 22’s bill, as it is probably very similar to the one for your industrial or commercial facility.

Better machine health, lower energy costs: see the financial and operational advantages in this new video.

Why isn't energy accounted for the same as other major business expenditures? It's time to change that. Opto 22's Director of Business Development, Arun Sinha, shows what you gain when you implement a plan to monitor and manage energy consumption and power usage.

Get some tips on using the groov RIO EMU with other Modbus TCP devices.

The Modbus protocol has been around since the late 1970’s. This is both amazing and cool. Amazing as some reading this have been using it since then (how time flies!). Cool because it's been around so long, and well established and widely used.

Opto 22 products have been supporting Modbus TCP since way-back-when. Out of the box, our devices are Modbus TCP slaves (now called "servers") and can be polled for data on specific register addresses. The groov RIO EMU (Energy Monitoring Unit), one of our newest products, is no different.

New website resources outline how to securely access and share your energy data.

Opto 22 gives you lots of options when it comes to helping you monitor your power and energy usage.  The groov RIO EMU (energy monitoring unit) is an edge I/O module meant for easy distributed power and energy monitoring of one 3-phase load. Check out our previous announcements for all the details.

However, for monitoring multiple loads located near each other, and for a complete system including real-time control, groov EPIC with power monitoring modules might be the better choice.

But, you might have more questions about which is the right solution for you, why and how do you get started monitoring your machine health or energy data? And how do you do it securely?

Check out our new website resources for some guidance on these important energy topics.

Small in size but loaded with data and connectivity options.

Hopefully, you caught our two previous related blog posts on the technical details of the groov EPIC Power Module, and the recent announcement of the new groov RIO EMU. 

In this blog post, I’ll focus on the unique features of the RIO EMU as a distributed power and energy monitoring device, plus so much more.

Product Announcement: New groov RIO EMU (energy monitoring unit)

Opto 22 has exciting product news to announce this week! Introducing the latest offering in our groov RIO product line: groov RIO EMU (energy monitoring unit), GRV-R7-I1VAPM-3.

Monitoring energy use is a simple first step to decreasing costs and improving operations.

A manager usually doesn’t approve a major expenditure without a detailed accounting of where the money is spent. So why isn’t energy typically accounted for in the same way?

On the OT (Operational Technology) side of manufacturing, process, and other industrial facilities, energy is often a fixed, overhead cost. The plant manager or machine operator is responsible for performance metrics like throughput and quality, while the energy bill is paid by someone in the accounting department. The implication of this lack of energy visibility is often operational costs that are higher than necessary.

Take a closer look at the new EPIC I/O  module (GRV-IVAPM-3) and get up to speed on how to install and configure it for your power monitoring applications.

Hopefully, you caught the recent blog post that announced our new 3-phase groov Power Monitoring module (GRV-IVAPM-3). In this next blog post, we’ll take a closer look at this module to help you get up to speed on how to install and configure it for your power monitoring applications.