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PLANET & SOCIETY

58

Axiata Group Berhad | Sustainability & National Contribution Report 2016

PLANET &

SOCIETY

Environmental Management

Axiata is committed to reduce its

environmental footprint by mitigating the

impact of our business activities on the

environment. The biggest contributor of

our environmental impact is the emissions

resulting from powering our passive

infrastructure such as our base transceiver

stations. The amount of energy required

grows in tandem with the expansion of our

network coverage, and results in increased

carbon emissions if the power is drawn from

the grid or generated on-site through diesel

generators.

edotco, our infrastructure company, is

actively working on reducing the Group’s

environmental impact towards the goal of

reducing carbon emissions of the Group’s

network infrastructure by 40% from 2013

levels by 2018. Over the last few years,

edotco has introduced a number of new

innovations including new tower designs,

remote surveillance systems and upgraded

sites that are powered by solar energy to

reduce the Group’s environmental impact.

In 2016, the Group consumed 4,583,164 GJ

of energy of which 599,357 GJ comprised

direct energy and the remaining 3,983,807

GJ drawn from the grid

1

. In determining our

total energy consumption, we rely on data

coming directly from our OpCos.

Reducing our environmental impact

through innovation

Since embarking on its journey to reduce

the carbon emissions for the Group in

2015, edotco has implemented a number of

initiatives to improve demand management,

introduce new green technology and

enhance operational efficiencies. This is

further supported by the implementation of

its Get Out of Diesel (GOOD) project, which

aims to convert existing sites that depend

on diesel generators for power into using

alternative sources of energy.

In addition to improved tower design, edotco

has deployed its “echo” remote surveillance

system to actively monitor variable factors

affecting passive infrastructure including

fuel and battery levels, site security, energy

usage, site temperature and other factors

that may affect performance and service

levels. Data is analysed at edotco’s Cloud

server and monitored throughout the

day to ensure that our sites perform at

optimal levels thereby maximising energy

conservation. echo replaces the traditional

manual inspection of sites by personnel,

which can be a slow and resource-intensive

process. By the end of 2016, approximately

7,000 of edotco’s sites were monitored

under echo.

Optimising tower design and processes

In 2016, edotco continued working on

initiatives to improve tower designs and

improving process efficiencies to optimise

carbon reductions throughout the Group.

Specifically, these initiatives include:

1.

Reducing steel consumption by

redesigning and re-specifying towers

2.

Reducing the size of the construction

plot

3.

Reducing the consumption of diesel

4.

Reducing the truck roll to site, i.e.

petrol consumption

5.

Increasing the use of renewable

energy

6.

Using alternative materials to steel on

site

1

Where numbers are not available, we use estimates based on the per site energy consumption data

known to us. The measurement of our OpCo’s individual energy consumption and emission levels also takes

the consumption and emission levels of edotco’s passive infrastructure operations in their country into

consideration as edotco has started taking control of our passive infrastructure in our markets. We therefore

add the energy consumption and emission levels of edotco’s passive structure to each respective country for

the purposes of this report.

Axiata is committed to reduce

its environmental footprint

by mitigating the impact of

our business activities on the

environment.

The

biggest

contributor of our environmental

impact is the emissions resulting

from powering our passive

infrastructure such as our base

transceiver stations.

Energy

consumed by

the Group

in 2016

4,583,164 GJ

Direct Energy:

599,357 GJ

Indirect Energy:

3,983,807 GJ