Our systems run purely on solar and methanol power, save 8.4 tonnes of CO2 per unit and are 99% recyclable.
Our systems are deployed and operational in under 45 minutes.
The Solar CCTV System is approved to operate on the UK Strategic Road Network.
We can stream live surveillance to any monitoring centre via 4G and 5G, Wireless & SD WAN Networks and Satellite.
We only integrate advanced HD CCTV cameras, motion detectors and virtual trip wires.
Approved on the UK SRN, our technologies provide unrivaled HD surveillance.
STOPPED VEHICLE DETECTION
We integrate groundbreaking Stopped Vehicle Detection Software into our systems.
ANPR & AVERAGE SPEED DETECTION
We integrate highly accurate ANPR and average speed check cameras into our highways platforms.
LANE INCURSION DETECTION
Our systems and cameras can detect vehicles encroaching into closed lanes.
We have a significant track record of developing and delivering advanced Solar CCTV Systems for local highways and the Strategic Road Network, providing real-time surveillance and data connectivity in remote locations.
Our Solar CCTV Systems are the perfect solution for local highways and the Strategic Road Network, providing real-time surveillance and data connectivity in remote locations. Working closely with innovative partners in the highways sector, we continue to challenge the status quo and deliver our Rapid Deployment CCTV Towers and Solar CCTV Systems, supporting the implementation of Smart Highways in the UK.
Our applications are varied, and we can provide local highways and SRN with HD surveillance using wireless Point to Point, Point to Multipoint, Mesh and Cellular networks. Real-time surveillance of remote highway sections and junctions is streamed to local monitoring centers using our Solar CCTV Systems. Traffic flow monitoring and incident alerts are delivered in real-time for action.
The benefits of our highway surveillance systems are many. Our high-quality 24/7 video streaming is powered entirely by solar power 365 days of the year in any location on the road. We reduce data costs through point-to-point and the use of compression encoders. We mitigate the need for costly groundworks for laying power and data cables, as well as installing masts, thus reducing civil engineering works.
Our high encryption levels achieve data transfer, allowing the units to sit on the Highways Network and be shared with numerous stakeholders in a secure way. The Highways England Cyber Security Team graded our Solar CCTV System as low risk, providing the ultimate security for all users. Each Solar CCTV System saves approximately 262.8 kWh per year, contributing to an improved environment.
Features of Sunstone technologies on highways:
Providing Local Highways and SRN with HD surveillance using wireless Point to Point, Point to Multipoint, Mesh and Cellular networks
Real-time surveillance of remote highways sections and junctions, streamed to the local monitoring centres using our Solar CCTV Systems
Traffic flow monitoring and incident alerts delivered real-time for action
Benefits of our technologies:
High quality 24/7 video streaming powered entirely by solar power 365 days of the year in any location on the road
Reduced data costs through point to point and use of compression encoders
Reduced civil engineering works by mitigating the need for costly groundworks for laying power and data cables as well as installing masts
High encryption levels achieved with data transfer which allows the units to sit on the Highways Network and to be shared with numerous stakeholders in a secure way – Highways England Cyber Security Team graded the Solar CCTV System as low risk
Each Solar CCTV System saves the following (calculated using approx. 30 Watts Power Draw per hour) 30 (Power) x 24 (Hours) x 365 (Days) = 262,800 Watts / 262.8 kWh per year, contributing to an improved environment
Our solar powered systems emit no emissions.
All of our technologies are designed to be at least 99% recyclable.
Each system saves 1 tonne of CO2 emissions
1,000 litres of fuel is saved per year using our technologies.