Month: April 2021

The biggest value offered by video telematics is the ability to see things you couldn’t in the past. It doesn’t matter if this is blind spots on the road or exact data and numbers; telematics provides visibility and insight into what is happening across your fleet. Just think about it – what could provide you with more visibility than cameras?

Today, more fleet managers than ever before use video telematics programs powered by solar energy to implement cameras into their vehicles. Most programs will record video, then send it to the fleet if the parameters (set by the fleet manager) have been met. This lets the manager review what happened, such as in a hard braking event.

With this information in hand, it is possible to save on accident-related litigation costs, which has proven extremely beneficial for fleet managers in Florida.

The Potential ROI of Modern Video Telematics

The technology sounds cool, but you may wonder – “how will this benefit me?”

The video footage recorded will usually provide exoneration from any wrongdoing in legal cases. This is, without a doubt, the most significant ROI offered.

In fact, according to one study, up to 70% of the fleets that used video-based safety programs had proof of who was at fault. This proof saved on litigation, downtime, and more, providing an unmatched ROI for the entire company.

In most situations where the video footage is needed, it is not just about proving the driver innocent and ensuring they are not financially responsible. It is also helpful in keeping drivers in their seats. Without video proof of what happened, accidents usually result in drivers being terminated.

Additional Benefits Offered by Video Telematics

You will see several other benefits offered by adopting video telematics, too. Some of these may be hard to see in the short term, but they go a long way in helping the fleet in the long term. You begin to establish a safety culture when you implement the use of video in your fleet. You can even discover some bad habits that your drivers have developed through the years of driving unmonitored, bring attention to these, and ensure they correct their actions. This can improve safety for the driver and protect productivity for the fleet.

For some users, the ROI will be seen in the longer term. It will help to reduce the frequency of incidents and help promote accident avoidance.

While this is true, some companies agree to be able to exonerate a driver from fault for just one non-preventable, catastrophic accident makes it worth the investment. It doesn’t’ matter what your fleet goals are; to promote a culture of safety or reduce accident costs, and you will see an ROI from the implementation and ongoing use of video telematics in your fleet.

This technology is also continuing to improve, which means you can invest in real-time tracking and monitoring for your fleet drivers, too. This helps you promote ongoing safety regardless of the situation or driver.

In designing state-of-the-art fleet management and package tracking solutions, solar power can play an active and vital role. These systems can be set up in various ways and customized according to clients’ needs. That’s a big part of what we do as we support firms in modernizing and meeting the challenges of today – and tomorrow. 

 

The Big Picture

 

In general, solar power is harvested via two different processes – solar photovoltaic and solar thermal solutions. Many battery types have to do with solar photovoltaic harvesting and apply to non-powered assets that are used in different kinds of tracking systems.

 

How does that work? Well, in general, solar devices typically sit at a point where they can harvest energy and then deliver it to sensors and other non-powered devices or assets in the system. That means engineers have to think about proximity, as well as specific energy transfer protocols.

 

Building Tracking Systems

 

Some engineers would describe some types of solar devices as being “on top of” non-powered assets. Suppose, for example, you have sensors deployed in a physical space to catch motion, or track an object and send that information to a centralized data warehouse where it will be delivered through the cloud to end users. If those sensors are not actively powered, a solar device that is well-placed could provide them with some adequate amount of power to do their jobs.

 

The Internet of Things

 

Even a few years ago, experts were predicting many billions of Internet-connected devices as part of the Internet of Things revolution toward automation and technology advances.

 

In a way, solar power is the mobile energy source for the Internet of Things. As these networks get distributed over physical footprints, solar devices can be strung along to collect the energy that’s needed and pass it on into the system.

 

This is just the start of imagining what you can do for package tracking, fleet tracking and more. We offer different types of fleet management including maintenance and vehicle evaluation modules, as well as geographic services like package tracking and vehicle GPS.

 

How does all of this work? Spend some time on our site and you’ll see. We’re a thought leader in applied IOT and automation technologies, with the experience and know-how to help you get your projects done. Our customization projects can also tailor a solution to your needs. You don’t have to settle for second-rate technologies anymore – connect with a stakeholder that understands how to power for the 21st century!