The Internet of Things (IoT) has had a significant impact on almost every industry, enabling smarter security systems, operational monitoring technologies, and even smart retail operations.
However, for environmentally conscious organizations, the new IoT technology appears to have some major flaws. Thankfully, there are ways to make this technology more environmentally friendly while still providing the necessary power. Solar sensors are making their mark, and for good reason. Here's how they're changing the IoT and all its impacts.
The Internet of Things is not necessarily sustainable.
As the fleet of IoT-enabled vehicles grows, keeping smart sensors powered will soon become a logistical challenge and a sustainability issue. While most IoT sensors don't consume large amounts of energy, and many reduce the power needed to light a room or heat a building, they still require some fuel to function. This is especially true when relying on fossil fuel power plants.
IoT-enabled solar systems enable organizations to make their IoT fleets more environmentally friendly. New solar and IoT technologies allow them to operate without increasing a company's carbon footprint.
This technology will be essential for organizations that are already using IoT devices to reduce their environmental impact.
Solar systems that support the Internet of Things make fleets more environmentally friendly and enable organizations to reduce their carbon footprint.
Powering an IoT fleet with solar energy
Some organizations have begun using new solar energy technologies to power their IoT fleets. It's similar to using any other energy source, such as gas generators, but with the added benefit of being more sustainable.
The combination of solar technologies, such as rooftop panel arrays and storage solutions, can ensure a continuous power supply for a group of IoT sensors. This approach could be a good way to reduce the carbon footprint of factories or other large, centralized industrial buildings without the risk of providing intermittent power to critical IoT sensors.
Existing IoT infrastructure can also support smart devices that track and optimize the functionality of newly installed solar panel arrays. New panels can be expensive, and businesses that need to power numerous IoT devices may need to invest in large arrays.
Fortunately, most organizations should take advantage of the wide range of public and private incentives available for solar energy technology. These credits and subsidies can help organizations convince stakeholders and decision-makers that solar energy is a worthwhile investment.
The long-term benefits of solar panel arrays also help. For nonprofits, costs such as utilities can be offset by the energy generated by solar panel arrays that power IoT devices.
The Rise of Micro Solar Panels for IoT Devices
Some companies are also developing new miniature solar panels for IoT devices. Depending on the size of the solar panel, these panels can produce minimal power—as low as 1 watt. Therefore, they are small, lightweight, and cost-effective, allowing them to be bundled with numerous sensors.
This method is most effective when the sensors are outdoors or distributed over a large area. Connecting them all to a power source may be impractical or impossible.
How New Solar Energy Technologies Can Make the Internet of Things More Environmentally Friendly
IoT devices are often a great tool for making businesses more sustainable. However, they are not always as environmentally friendly as they can be.
Developing new solar technologies for IoT devices will expand the range of sustainable options available to organizations that need smart sensors. Both centralized solar panels and individual panels equipped with new IoT devices can reduce the carbon footprint of each new sensor.
