Do you want to explore what is the impact of using IoT-enabled lighting on supermarkets? Want to find whether using IoT-enabled lighting for supermarkets is a bright idea? If yes, then here this blog can give you some overall idea about using iot led lighting for supermarkets.
At present, supermarkets are consuming almost 3% of the electrical energy. In that, many reports claim that refrigeration systems are consuming half of it. But here retailers are facing some other electrical inefficiency.
During that time, IoT came to the rescue. It can help supermarkets in multiple ways to enhance their business to the next level. It provides a great opportunity to develop a better infrastructure that turns the physical items like shopping basket, mobile phone, product and digital display into smart. Hence it can enable real-time interaction with customers to the next level.
Impact of IoT enabled lighting:
IoT enabled lighting also plays a major role in supermarkets. It can benefit a lot through its extraordinary processes. Lighting is estimated to consume around some amount of the energy consumption of the retailers.
Around 1.0 metric tons of co2 generates all over the electrical energy production to serve this huge demand effectively. Just 10% of the annual energy saving led the retailers to reduce around 355,000 tonnes of co2 emissions.
There are many things to consider during switching to the energy efficient lighting than the normal led bulbs. While led lighting plays the major role in reducing energy waste via inefficient systems.
Really they represent only a small part of the economy. There is a huge difference that occurs only in implementing contextualized and targeted strategies, schedules & systems.
Problems with traditional systems:
In general, supermarkets need external lights during dark hours and need internal lighting when the store is open. Managing this process manually is a hectic task and the traditional system incorporates photocell sensors or scheduled timers.
Timers are also used to find when the light needs to be turned on, off or dimmed. The photocell sensors are used to find whether the daylight is enough to adjust the lighting without affecting the brightness of the supermarket.
But there are some problems and flaws in these traditional systems that obstruct how energy effective & efficient they can be. There are more chances of timers getting into inaccurate routines due to the change in the nature of sunrise & sunset. They can also become ineffective while adapting to certain irregular factors such as staff schedules.
The photocell sensors also degrade at some time and become unreliable & imprecise. It shows photocells need replacement when scaled over huge estates and it also becomes very much costly for the retailers.
Interference gives a challenge:
A lighting system can get triggers when the bird lands on the car park sensor. Therefore the light gets turned on during unnecessary time or any middle of the day. Birds also defecate on the photocell sensors while resting and it will generate inaccurate readings. It is the main reason that the photocell sensors provide inaccurate results.
Due to that, regular cleaning becomes essential and calling the maintenance experts for this process will cost you more. Sometimes the sensors get damaged and replacing them will also cost you more.
To eradicate all such things and save more cost, Internet of Things (IoT) plays a major role. It can let you get rid of all the problems you face with the traditional lighting systems and grab the most enhanced benefits.
How is IoT-enabled lighting better than traditional lighting?
As already said, the IoT-enabled lighting is best at helping you save more money that you may lose in photocell sensors or scheduled timers. You can get rid of replacement and maintenance costs with the help of the IoT-enabled lighting.
An IoT led is the smarter choice for supermarkets to use in this generation. By adapting to IoT solutions, the advanced software application can optimize both exterior & interior lighting in the supermarket.
Establishing essential factors:
The first step that is necessary to consider is what good looks like. Then it is best to consider the lighting function both outside & inside the supermarket. There are also some optimum settings that need to operate here for further process.
After establishing all these essential factors, undertake the analysis of lighting infrastructure. Then it is necessary to identify faulty lights, severe inefficiencies and drifted schedules.
Here it is essential to create the gap analysis to identify anomalies & give the ‘optimum vs reality’ view. It must be executed in which strategies needed to progress the supermarket from its original condition to optimize it thoroughly.
Extraordinary software-driven strategies:
These are not those strategies that need some additional sensors or infrastructure. The software layer implements the changes across the whole estate by simply touching a button.
It can be possible from reverting manual overrides and adjusting setpoint. It can align the lighting schedule with the clock data and find the opportunity to contextualize next to external factors like occupancy, time of day and weather.
The extraordinary software-driven strategies can deliver a wide range of energy savings immediately. Using the IoT technology in the car park systems of the supermarket can reduce the time lights that are switched on the average of around 3 hours per day.
It can save around 60 million MW (megawatt) hours per year for an average one supermarket. It can be helpful to save energy that can work very effectively.
It is possible due to deep domain expertise and pre-existing drivers and hence it is best to use the IoT enabled lighting supermarket.
Conclusion:
From the above mentioned scenario, now you have explored how IoT led lighting is playing a major role in supermarkets. Hence, it is clear that IoT-enabled lighting is the bright idea for supermarkets when compared to the traditional lighting systems.
