Alrouf Lighting Technology Co Ltd has successfully completed product testing for its newly developed LED street lighting range and accompanying IoT solution. Made in Saudi Arabia and available in power ratings from 20W to 290W, the range is designed for government, road, infrastructure and energy-efficiency projects across the Kingdom.
The completed testing represents an important milestone in Alrouf’s development of locally manufactured lighting technology. The reported tests address important areas such as luminaire safety, lighting performance, durability, environmental resistance and electrical performance.
Product certification and compliance should be verified separately for each model through its official certificates and test reports.
Alrouf has announced the successful completion of product testing for a new family of LED street luminaires and an associated IoT lighting solution.
The Alrouf street lighting range includes 14 model variants with power ratings between 20W and 290W. This selection allows consultants and project teams to consider different configurations for streets, roads and outdoor infrastructure applications.
The new range has been developed for high-end government, infrastructure, smart-city and energy-efficiency projects in Saudi Arabia. It also supports Alrouf’s commitment to delivering Saudi-made lighting products that meet the technical expectations of major projects.
The announced Alrouf LED street lighting range extends from compact 20W luminaires to high-output 290W models.
The model range includes:
Selecting the right model requires more than comparing wattage. Lighting designers should consider road classification, mounting height, pole spacing, optical distribution, target illumination, uniformity, glare control and the project’s technical requirements.
The reported test package covers key aspects of luminaire safety, LED performance, ingress protection, impact resistance, lifetime evaluation and environmental durability.
The available testing summary refers to:
IEC 60598 defines general safety requirements and tests for luminaires, while IEC 62384 addresses performance requirements for electronic controlgear used with LED modules.
SASO 2927 covers energy-efficiency requirements for street-lighting products in Saudi Arabia, including technical requirements and classifications for street and road lighting.
The remaining tests help project teams evaluate areas such as photometric performance, resistance to dust and water, mechanical impact resistance, long-term lumen maintenance, vibration, corrosion and electrical behaviour.
Consultants and procurement teams should request the report number, issue date, tested configuration and applicable standard edition for every proposed model. The presence of a test name in a summary does not necessarily mean that every classification applies equally to all models.
The Alrouf IoT lighting solution is designed to add connected management capabilities to the company’s street lighting range, subject to the final confirmed system specification.
IoT street lighting connects luminaires and control devices to a central management platform. Depending on the confirmed Alrouf configuration, connected lighting may support:
Before specifying the solution, project teams should confirm its communication protocol, controller type, software platform, integration options, cybersecurity controls and data-management requirements.
Only features documented in Alrouf’s official IoT datasheet should be presented as guaranteed capabilities.
Alrouf’s street lighting range gives government entities, consultants and contractors a locally manufactured option for road, municipal and infrastructure lighting projects.
Potential applications include:
The products were developed with the requirements of government and Tarsheed-related opportunities in mind. However, suitability for an individual Tarsheed project must be verified against its current tender conditions, technical specifications and approval process.
The range should not be described as “Tarsheed-approved” unless official documentation confirms that status.
Conventional LED street lighting provides efficient illumination, while an IoT-enabled street lighting system can add monitoring, remote control and operational data.
A conventional LED system may offer a lower initial investment and simpler operation. An IoT-enabled system may add functions such as central monitoring, automated fault notifications, scheduling and detailed energy reporting.
However, smart street lighting requires additional consideration of network connectivity, system integration, software management and cybersecurity.
The appropriate option depends on the project’s scale, operational objectives and lifecycle requirements. IoT functionality is most valuable when improved asset visibility and maintenance efficiency justify the additional infrastructure.
