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Huawei Investment & Holding Co., Ltd.
Huawei’s Optical Network Solution at Dubai Creek Harbour
Reducing Carbon Emissions
Huawei provides a wide range of products, from
smart devices to wireless access, fixed access, data
communications, optical transmission,
and intelligent
computing. We assess the carbon footprints of
our own equipment using the lifecycle assessment
Promoting Renewable Energy
To combat climate change, more countries, regions,
and organizations are now interested in acquiring
and using renewable energy. Huawei wants to play
an active role in the transition to renewable energy.
We use renewable energy in our operations wherever
possible and are building more PV plants across our
campuses. These plants generated 12.6 million kWh
of electricity in 2020. We also integrate ICT into
Huawei’s green optical
network helps Dubai Creek
Harbour perfectly coexist with its natural environment
(LCA) methodology. We pay attention to the carbon
emissions at each stage of the lifecycle of our
products to minimize energy consumption. And our
ICT technologies, delivered with our partners, help
customers in many different industries cut their energy
consumption and emissions.
Dubai Creek Harbour, a 60,000-square-kilometer
mega-development by Emaar Properties, deployed
Huawei’s optical campus solution to help create a
green and sustainable residential and commercial
community. Unlike conventional aggregation
networks, Huawei’s passive optical network (PON)
technology is not limited by the 100-meter rule
for
copper cabling, so it does not require multiple
weak-current equipment rooms. This means 80%
savings in equipment room floor space. In addition,
the simplified network architecture has helped cut
Emaar Properties’ power consumption by 30%
– about 130,000 kWh every year. That reduces
carbon emissions by about 62 tons, equivalent to
planting more than 2,700 trees.
photovoltaic technologies so that the solar systems can
generate more electricity. We are working to extract
more electricity out of every joule of sunlight, bringing
green power to many more households. In addition,
our smart PV plants for agriculture and fisheries are
perfect
examples of mixed land use, opening up new
possibilities for integrating energy systems into local
environments, industries, and economies.
Smart PV Plant for Agriculture in Ningxia, China
The Binhe New District on the eastern banks of
the Yellow River in Ningxia used to be a harsh
desert environment.
In 2014, Baofeng Group began managing this
desertified patch of 107 square kilometers by
planting alfalfa and goji to improve the soil.
Since 2016, Huawei and Baofeng Group have
jointly built PV power plants with a total capacity
of 640 MW over the goji plantations. The solar
panels have cut evaporation
from the soil by
30–40% and increased vegetation coverage by
86% in just a few years, which has significantly
improved the local environment. The desert
has turned into an oasis, creating a rich field
of ruby-red berries topped by an azure sea
of solar cells. As of the end of 2020, these PV
power plants had generated 4.31 billion kWh of
electricity, displacing 2.047 million tons of carbon
dioxide emissions, which
is equivalent to planting
89.01 million trees.
A farmer picking goji berries at the Baofeng Group PV plant
in Ningxia