admin . Jul 14 . 4 min read
It is more important than ever for businesses to cut down on their energy consumption. In recent years there has been a considerable focus on finding energy solutions to increase energy efficiency and minimize carbon footprint. Businesses should not just look at high energy-consuming devices such as HVAC, but also other important entities such as lighting.
One of the most worthwhile approaches to using energy efficiently is through implementing smart techniques to control. And manage a premise’s different systems. Many owners and facility managers are more aware of this fact and have invested a substantial amount of money in Building Management Systems. However, to take full advantage of any smart system, we need Internet Protocol (IP) addresses for as many devices as possible.
With the evolution of the Internet of Things, every device can have its own unique Internet Protocol (IP) address. As a result, each of these devices—individually or in a group—can be seamlessly integrated into an internet-based information network for monitoring and controlling.
In buildings today, it is common to find IP-based telephone, security, and TV systems. All are connected to the same network for better communication and integration. Recently, IP-based lighting has joined the club leveraging Power over Ethernet technology to power and control lighting networks. Light fixtures with IP addresses can connect and communicate over the internet, which leads to endless possibilities.
Why IP Lighting is Different
IP lighting can be set to turn on and off exactly when needed and according to the occupant’s preference. The network can also utilize multifunctional sensors so that lighting can be smartly adjusted based on ambient lighting levels, all of which can be performed remotely if necessary.
IP lighting can also be integrated easily with multiple and different systems through the same network. This allows for a wide potential for energy savings by communicating information and real-time data about the environment. With this communication, it becomes possible to monitor all aspects of the lighting networks. Measure energy usage and send alerts if a failure is detected.
The proper use of energy use and environmental data will lead to higher efficiency. Improved comfort and productivity for occupants, and the ability to effectively plan maintenance activities. This is especially true for large-scale commercial and industrial enterprises, which can lead to significant savings for business owners.