Take the first step towards the most cost effective smart city platform available
The new enLight® Smart City Pilot Kit is a combination of an enLight lighting upgrade with a selection of enSense™ sensors for monitoring air quality, noise levels, localised flooding and microclimate levels. The kits enable local authorities to try out new smart city data collection technologies and use the data to build a business case for a larger deployment. The Smart City Pilot Kits are offered in recommended bundles to provide statistically relevant data but they can be customised subject to your specific priorities and available budget.
The lighting upgrade creates the mesh network and provides the connectivity backbone for all the sensors deployed across the city, town or village. By upgrading the streetlights with the enLight HID Retrofit Kit, energy and maintenance costs can be more than halved so the smart city platform pays for itself as it is built out. Clusters of sensors can be deployed where they are needed and geospatial and timestamp correlation can link data streams for improved decisions.
An added benefit to the enLight platform is that every lighting upgrade delivers Location Based Services capability using Bluetooth beacon technology so trials of high street re-invigoration or point-of-interest information triggering can be explored as well. Capabilities can be explored across multiple departments such as:
- Lighting Team – Viability of the platform as a CMS for reducing energy and maintenance costs
- Environmental Team – Air quality measurement in real team and in many more locations
- Drainage Team – Water table levels and their impact on SUDS and localised flood alerts
- Community Team – Measure noise levels to enforce licensing restrictions or detect crime and anti-social behaviour
- Environmental Team – Measure microclimate information at a much more granular level to correlate its impact to air
quality in real time
- Economic Growth Team – Explore the use of beacon technology for high street re-invigoration and increased resident and
The table below shows condensed highlights for the various products included in the Smart City Pilot kit. For more information on the kit bundles and specific details of each product, please get in touch on +44 (0) 1508 521227
The Smart City Pilot Kit components
Extends life of existing lanterns
Halves energy and maintenance costs
Builds out Smart City mesh network
Measures NO2 to 10ppb
Configurable down to 1 minute intervals
Measures O3 to 10ppb
Configurable down to 1 minute intervals
Sends alerts based on threshold limits
Listen for specific frequencies
Mounts in base of lamp post
Accurate to 1mm of water
No moving parts
Measure temperature, humidity and barometric pressure
Co-locate with NO2 and O3 sensors for correlation
Future proofing with the enLight® lighting platform
All enSense™ sensors are designed to enhance the capability of the enLight® platform. All of the sensors can be connected and mounted below the lantern itself (such as air quality or micro-climate) or in the lamp post to monitor water table level in the base of the column. Future sensors will integrate seamlessly into the existing deployment and can derive their power and connectivity from the lantern via a simple cable connection. Away from the lamp post, wireless enSense devices (coming late 2017) will connect to the network via the nearest lamp post (using the enLight® DOLFin™ Pro) for their data feed to be sent on to the enLight enTalk™ API.
Cost effective smart city deployment
By deploying the enLight platform on lamp posts across the city, town or campus, a whole host of smart applications can be realised by utilising the network created by the lights. Multiple wireless technologies do not need to be funded and the inherent value of the street light estate increases as it allows resource reduction or increased efficiency projects to be deployed, without the major capital cost of their own networks. The enSense sensors are fully compatible with the enLight enCore™ Management System or via other management platforms through the enLight enTalk API.