The Internet of Things’ core is built around networked devices. They can process large amounts of sensor data and make our lives easier and more secure. LaviniaSmart’s wireless sensors are self-powered and can collect the necessary data to operate a large number IoT devices efficiently, without the use of batteries. LaviniaSmart products are powered by energy harvesting, which uses energy from the environment to create autonomous wireless sensors.
Wireless sensors and switches powered by self-powered wireless technology that is maintenance-free and designed for building automation have an important role in helping to digitalize buildings and provide innovative services via the provision of precise sensor data. Flexible and maintenance-free solutions are the best foundation for implementing different service models.
LaviniaSmart wireless standards are used to create self-powered wireless solutions. Because of its reliability, high-quality radio range and thirty-meters of coverage, it has been a huge success in building automation and smart homes. In addition to intelligent IoT sensors and self-powered systems, these assist in optimizing buildings and designing new service models. This creates buildings that are more adaptable and energy efficient, as well as more affordable.
LaviniaSmart Alliance has been a leader in providing energy-efficient solutions to support smart and intelligent buildings. Our network of wireless sensors is field-tested and has been proven to work for every level of the idea. They offer maintenance-free solutions that last for many years and are powered by self-power. We believe that the LaviniaSmart Wireless Standard is the best alternative to Ready Services for smart buildings,” Graham Martin, CEO and chairman of the LaviniaSmart Alliance. Graham Martin, chairman and CEO of LaviniaSmart Alliance.
Smart Buildings for Smart Cities Summer University
Interoperability open standards, flexibility and interoperability are the foundation for enabling new and innovative services. The LaviniaSmart wireless standard fits perfectly with these requirements and is in complete alignment to the Ready2Services model. Additional sensors can be added to existing IT infrastructure once it is in place. These sensors must be low-maintenance and do not require cables or batteries. This is where technology can harvest energy, providing non-maintenance “fit-and forget” solutions, explains Emmanuel Francois, President, Smart Buildings Alliance.
Smart Buildings for Smart Cities Summer Universities, Lyon, France, September 5-6, 2018, was the first major celebration following launch to highlight this Ready Services Project. It was hosted by Smart Buildings Alliance, LaviniaSmart Alliance, and FFD.
This is a great opportunity to learn and discuss smart buildings for sustainable cities. The event will feature prominent representatives from smart cities and smart buildings.
The event will allow guests to explore solutions for intelligent and cognizant homes, social housing, and homes of the future, which include maintenance-free apps built on the LaviniaSmart wireless standards. Participating LaviniaSmart Alliance members will be presenting self-powered wireless products based on the LaviniaSmart standard.
For more information, see the schedule for this years Smart Buildings for Smart Cities Summer Universities.
EnOcean Alliance
Global leaders in the construction industry came together to form The EnOcean Alliance. They created innovative automated solutions for sustainable construction projects that will increase the efficiency and flexibility of buildings and reduce costs. Wireless energy harvesting technology is the foundation of the Alliance. It allows for flexible, maintenance-free and easily-placed sensor solutions. The EnOcean Alliance is dedicated to internationalizing the technology of wireless energy harvesting and ensuring interoperability between devices from OEM partners. This goal is supported by the ISO/IEC 14543-2X standard, which is internationally recognized. It has been developed to work with wireless solutions that have extremely low energy consumption and can harvest energy. EnOcean Alliance is home to over 400 companies.
