Being the Change

COVID-19 has further increased Thailand’s mobile connectivity needs, with dtac customers’ average data usage reaching 20 GB per person. This will augment energy consumption across the network, which currently accounts for more than 97 percent of the energy needs for dtac’s business operations.
 
In response, dtac has committed to cutting its greenhouse gas emissions in half by 2030 through renewable energy and by boosting energy efficiency across the network infrastructure and data centers. Moreover, dtac is committed to achieving zero landfill disposal when it comes to its solid and electronic waste by 2022.
 
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Accelerated Digital Transformation and the Growth of Energy Consumption

Did you know that Thailand sees an average annual network expansion of up to 7%? This is higher than the global average of 4.2% per year, according to data collected in 2020.
 
The telecommunications industry accounts for up to 2-3% of the world's energy consumption. Though this may seem like a small number, there is a strong likelihood that this percentage will continue to grow. Undeniably, the sector plays an important role in greenhouse gas emissions, and with new technology developments come a natural increase in power usage.
 
Source : GSMA 
 
 

Thais purchase the most smartphones in the ASEAN region — a total of 20.9 million devices.

With the pandemic, we have seen a continuous increase in electronic devices per household — these may include computers, tablets, and mobile phones. And due to changing consumption behaviors, such as work-from-home or remote learning, Thai consumers are now using an average of five devices per person. As of now, there are more than 142 mobile phone numbers listed, 45 million of which are used with IT devices and 97 million with smartphones.
 
 

 Transition to.. 

 Renewable Energy 

 
Most of the energy at dtac is spent on powering cell sites, aggregation locations and data centers. Radio equipment and cooling are the biggest areas of energy consumption. With traffic growth and network densification, the number of active elements on the network is continually increasing, and consequently the energy consumption is going up. This is especially true with the rollout of 5G.
 
"We all have a role to play, whether as consumers, enterprises, or authorities. Enterprises have a bigger role to play as part of shaping societies. They also have a choice to make for sustainability. It is a choice to move from a dirty to a cleaner economy. And that transition needs a lot of strategic focus, commitment, and investment.”
Navneet Nayan, Head of Technology Strategy & Service Management at dtac
 
"We all have a role to play, whether as consumers, enterprises, or authorities. Enterprises have a bigger role to play as part of shaping societies. They also have a choice to make for sustainability. It is a choice to move from a dirty to a cleaner economy. And that transition needs a lot of strategic focus, commitment, and investment.”

 

dtac is tackling climate change across three focus areas to improve the efficiency of energy consumption and reduce greenhouse gas emissions across our networks. These focus areas are:

 

1. Leveraging the power of analytics to identify inefficiencies, wastage, and any potential improvements, leading to lower consumption and better financial results.

2. Targeted investments in renewable power and installation of cooling techniques and solutions.

3. Working with policymakers, regulators, and industry players to jointly address opportunities for renewable energy sourcing and emission reduction.

 

Read more: dtacblog.co
 

 Reducing GHG Emissions 

 with the Power of Data  

 
Today, there is renewed interest in solar-powered cellular base stations, but widespread adoption of the model remains a challenge in terms of investments and engineering. To overcome this challenge, dtac is leveraging the power of data analytics to design the best possible strategy for a smoother and more efficient green transition.
 

 Transition to Solar Power: 

 the first 500 cell sites 

“Transition into clean energy is certainly worthwhile, in terms of investments, as well as social and environmental benefits. Solar-panel prices are decreasing while related technologies are getting better. We’ve already reached a tipping point for the transition towards solar power"

Chumnan Theamnooch, Coverage and Infrastructure Planning team, dtac

“Transition into clean energy is certainly worthwhile, in terms of investments, as well as social and environmental benefits. Solar-panel prices are decreasing while related technologies are getting better. We’ve already reached a tipping point for the transition towards solar power"
 
In 2021, dtac had already installed solar panels for more than 25 cell sites in areas such as Phuket, Surat Thani’s Pha Ngan Island, Phang Nga’s Similan Island, Chiang Mai, and Chanthaburi. In 2022, we aim to set up 500 more solar-powered cell sites. We are also studying a co-investment model for the expansion of solar-powered cell sites through collaborations with partners, namely providers of signal-transmission devices and data centers.
 
Read more dtacblog.co
 

 ’Think Hai d’ 

 
At dtac, we continue to look for smarter solutions to our waste management. And change has been initiated both within and outside of the organization to drive our commitment to zero landfill by 2022.

 

 

 Solid Waste 

 
To improve our waste disposal at dtac headquarters, we launched a waste-sorting program and introduced recycle bins to help us sort trash into six categories. We also continue to work with certified waste management suppliers whose work standards align with dtac’s zero landfill goal.
 

 Electronic Waste 

 

In 2020, dtac launched a nationwide campaign dubbed ‘Think Hai d’ to collect electronic waste at its dtac shops. The purpose is to encourage employees, customers, and general consumers to properly discard their electronic waste, including mobile phones, tablets, smart watches, and other IT accessories.
 
The waste will be processed to international standards by TES Thailand Company Limited, a global leader in e-waste recycling. The process can recover 96-98% of raw materials, including precious metals, before reintroducing them into the circular economy.
 
ดาวน์โหลดเอกสาร

การสอบทานข้อมูลการปล่อยก๊าซเรือนกระจก โดย LRQA (Thailand) Ltd. 

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