Silvair Commissioning vs EnOcean Tool

Silvair is a powerful tool for commissioning Bluetooth Networked Lighting Control (NLC) systems in commercial spaces. It streamlines and accelerates the commissioning process while enabling flexible customization of all operational parameters. The Silvair app is designed to work in tandem with a cloud-based web app that allows for performing initial commissioning activities before visiting the site. Design your project from the comfort of your desk and use the mobile app on-site to simply add devices to the network and complete the commissioning process. To access the web app, visit https://platform.silvair.com With the Silvair app, you can: • commission professional lighting installations using actual floor plans • add devices to desired zones with a single tap • easily deploy advanced control strategies, including occupancy sensing and daylight harvesting • share your project with other collaborators to speed up the commissioning process • customize any settings to meet specific lighting needs or energy code requirements • perform functional tests of the commissioned system • forget about typical networking processes since they are all carried out automatically For more information about Silvair and our commissioning process, visit https://www.silvair.com

With EnOcean Tool you can configure features and read information of selected EnOcean products via the NFC interface of your smartphone. EnOcean modules use the energy harvesting principle, which extracts energy from the environment to supply self-powered wireless sensor networks. The battery-free wireless switches and sensors are completely maintenance-free and flexible in use. These energy harvesting sensors supply the data for the Internet of Things in a resource-saving, energy-autonomous and maintenance-free way – and thus help to use buildings, cities and industrial facilities more intelligently. EnOcean Tool enables you to: - read basic information - configure the EnOcean Equipment Profile - optimize energy consumption and transmission rate - check energy harvesting features and performance e.g. lighting conditions - set encryption level