Why Smart Lighting is the Way Forward

Thanks to the cross-policy approach, lighting, health, safety, energy and mobility are linked together for the optimal use of our existing public and private spaces. This also offers a wealth of information that allows us to proactively adjust processes and coordinate our responsibilities. New services and applications create added value for the city, its residents, society as a whole and the economy.

The primary purpose of smart street lighting is energy efficiency by adjusting the light intensity based on a number of parameters. Today, new technologies are transforming light fixtures into multifunctional interactive systems that can communicate with their environment.

What makes lighting truly smart?  

Connected lighting system is part of a local, wireless, decentralized network with local intelligence. It is connected to the internet and to a central data and management platform in the cloud. It is equipped with smart sensors, integrated devices and cameras to respond to its environment dynamically and interactively.

 The advantages of connected intelligent lighting are:

    1. For grid operators (if owner or operator) or private partners:

1. More efficient maintenance, because smart light fixtures automatically report any malfunctions.
2. Constant information on the actual power consumption.
3. Automatic asset management with lower error rates.
                                       

    2. For municipalities and cities:

1. Adjust dimming schedules to save more or reduce light pollution.
2. Control light level remotely in case of events or incidents.
3. Accurate actual power consumption.
4. Ready for future smart city applications.                                                                    

The Digital Cities' technology landscape can be summarized with a 7C model:

Connect:  Connect Sensors, devices, systems across the city 

Collect:   Data Collection from multiple devices, sensors 

Collate : Protocol conversion, data aggregation

Compute:  Analytics, Data Integration

Conserve: Store, Secure data and information

Communicate: Send results to where it matters

Consume: Use Insights for meaningful decisions

However, while an increasing number of cities are recognizing the value of upgraded lighting networks, there are still financial and organizational barriers to be addressed, including:

• Finance: Although the energy savings from street lighting upgrades is well proven, it can still be a challenge for many cities to approve financial packages for the necessary upfront investment. The pragmatic benefits and long-term cost savings of deploying intelligent controls at the same time as upgrading to LEDs are not always easily fitted into existing approaches to procurement and financing.
 
• Customer understanding: A lack of understanding of newer lighting technologies may also be a barrier to the adoption of LEDs and networked solutions. While the LED lighting market is getting over this hurdle, controls lag further behind since customers are less familiar with these technologies. The issue is not about quality, but rather a lack of knowledge about the business case for the additional benefits intelligent lighting brings, particularly for secondary applications.
  
  
• Utility-owned street lights: Where street lighting is provided by a utility, building the business case for energy efficiency may depend on the incentives set by regulators. This means that some utilities have been reluctant to invest in lighting network upgrades. However, attitudes are changing due to the pressure to reduce carbon emissions and to recognize street lights as an asset and potential revenue source. Indeed, many utilities now see street lighting as a pathway to a range of new service offerings while they look to opportunities in the Energy Cloud.

For more details on a live project in an Indian environment, you can browse through the  case study mentioned here