Artificial intelligence aims to improve the efficiency of existing technologies and organizational activities.
Despite this astonishing revelation, there is no denying the key role of artificial intelligence is driving the digital transformation revolution. Digital transformation is a differentiator for companies in the market. It helps companies improve their processes and productivity, deliver a better customer and employee experience, manage business risks, and control costs. Digital technologies such as robotics, the Internet of Things (IoT), and cloud computing are redefining the world and changing the way people live and work. Companies that want to digitally transform tend to embrace these technologies as they help increase efficiency, develop new products and services, introduce new business models, distort industry boundaries, and increase employee engagement. clients.
From now on, climate change will be the main driver of digital change. Although the 2020 epidemic limited transport, global carbon dioxide emissions have moderated. However, carbon emissions are not the only cause of global warming or climate change. For example, as mentioned above, training an artificial intelligence model is not a process of saving energy.
Although data centers store and transmit the information that people generate every day, they can also contribute to national economic development; Storing digital data in physical space requires a constant temperature of 18-27 degrees Celsius, resulting in high carbon emissions. The same goes for supercomputers, which require huge cooling systems and energy to perform advanced calculations and data processing. Data centers consume 3% of the world's electricity and account for around 2% of global greenhouse gas emissions, and their carbon footprint is similar to that of aviation.
Even cloud computing technology will increase carbon emissions. According to the Guardian, when the Despacito music video hit 5 billion YouTube streaming views in 2018, its energy use was equivalent to powering 40,000 American homes each year.
The threat of climate and environmental change is considerable, which is why China will have a profound impact on all aspects of our life and the management of our industry. It is not enough to plant trees or to choose social public transport. Therefore, the sustainable development agenda is now at the forefront of the digital transformation strategy and the conception of fundamental roles, as well as the heart of the leaders of all industries in our country.
At the same time, although artificial intelligence has gained a reputation for its role in increasing the carbon footprint, there are also effective use cases in climate change research and response.
Google and DeepMind have developed an artificial intelligence model that can tell them how to use only the minimum energy required to cool Google's data center. This artificial intelligence model has helped Google reduce data center cooling power consumption by 35%.
Silvia Terra uses artificial intelligence and satellite imaging technology to predict the size, type, and health of trees.
IBM's “Green Horizon” project analyzes environmental data, predicts pollution, and tests “what-if” scenarios involving pollution reduction strategies. The project helped reduce the average smoke level by 35%.
In addition to this artificial intelligence, artificial intelligence can also help smart cities develop air-ducted buildings to create ventilation, which is a way to help cities cope with extreme heat. According to a Capgemini report, the use case of artificial intelligence-based climate action can help organizations meet the Paris Agreement's 45% economic emissions intensity (EEI) target.
Not only is artificial intelligence needed, but monitoring IoT-based carbon emissions through sensors can also help students solve our social problems. At the same time, the development of the company requires careful planning and more environmentally friendly measures to build a more energy-efficient data center.
For example, the Internet of Things and smart devices will make power grids and consumers more energy efficient. For example, with a smart thermostat, Nest can learn how to heat the house and automatically adjust it to save 20% energy. In addition, IoT sensors can be deployed in dams, reservoirs, and water reservoirs to monitor water levels in real-time and help save water.
À Singapour, Mitsubishi Heavy Industries Asia Pacific (MHI-AP), en collaboration avec Kipel Data Center, construit un projet de parc de datacenter flottant unique, alimenté par des turbines à hydrogène. En cas de succès, le plan utilisera la modernisation du méthane à vapeur (SMR ) pour extraire l'hydrogène des combustibles fossiles pour une utilisation dans les turbines Le projet garantira que le processus utilise le carbone comme milieu, car la technologie de capture et de stockage du carbone sera utilisée pour empêcher le carbone de pénétrer dans l'atmosphère.
En Suède, l'écodatacenter est le premier centre de données climatique actif au monde, alimenté à 100% par des énergies renouvelables et des technologies numériques pour le rendre aussi économe en énergie que possible. Le ratio d'efficacité énergétique est de 1,15 (la moyenne de l'industrie est de 1,6), de sorte que le centre de données prouve l'efficacité et la durabilité du futur datacenter.
Nordic data center operator digiplex has pledged to heat waste heat from its Ulven plant in Oslo to heat 5,000 apartments in the city. Digiplex has signed an agreement with local heating supplier Fortum Oslo to redistribute the heat produced by its data center, which also uses renewable energy.
Even government pressure and consumer awareness can encourage the auto and shipping industries to prioritize their sustainability efforts while embracing digital transformation practices.
Therefore, it is surprising that digital transformation prompts people to take special measures and continuously improve innovation, which will help our company to make a huge change in the whole economic socialism. Business leaders can take full advantage of this destructiveness to exponentially expand existing problem-solving designs and realize technological innovations to achieve further decarbonization of the country and reduce the risks of climate change. They believe that educational strategies can be developed to focus on the use of renewable energies and reduce dependence on scarce water resources.
As the digital transformation is changing the global economy and demonstrating the power of each industry, it will also maximize its potential and build a sustainable future.
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