Intelligent World 2030

Green Development 2030

A combination of digitalization and decarbonization will drive a new era of green development. Together with its customers and partners, Huawei will continuously innovate, use green ICT to empower green development, and contribute to a better green and intelligent world.

Outlooks

It is clear that green development will transform the way people work and live, and these changes will be most apparent in sectors like energy, industry, transport, buildings, and digital infrastructure

Renewables will go mainstream

More than 65% of electricity will come from renewable energy

The industrial sector will go green

Every 10,000 workers will work with 1,000 robots

Comprehensive electrification in transportation

There will be 145 million new energy vehicles and 100 million private charging piles worldwide

Future buildings will operate at net-zero carbon

All new buildings are expected to operate at net-zero carbon

Green digital infrastructure is becoming a basic requirement

Digital infrastructure will be 100 times more energy efficient by 2030

Low-carbon living is gaining traction

The global telemedicine market is expected to increase by over 10-fold

Drivers of Green Development

Digitalization and decarbonization are two drivers of green development

Digitalization enables decarbonization

Decarbonization unleashes the potential of digitalization

They combine to drive green development

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Innovation Pathways

To contribute to a sustainable world, Huawei will continue undertaking ICT innovations in three areas: building green ICT infrastructure, accelerating the development of renewables, and enabling energy-efficient and low-carbon industries.

Improving the Energy Efficiency of Digital Infrastructure

Building green sites through innovations in theories, materials, components, and architecture
Building simplified networks that are more energy efficient through innovations in system architecture and software
Building green data centers through multi-dimensional innovation from L1 to L3
Measuring carbon emissions through an index and building low-carbon autonomous driving networks to achieve smart operations

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Increasing the Share of Renewables in Electricity Generation

Areas of innovation in energy supply：

Integrating digital and power electronics technologies to improve the power generation efficiency of PV
Combining PV and energy storage to accelerate the adoption of solar power as a primary energy source

Areas of innovation in energy consumption：

Redefining EV experiences with digital technology to outperform fossil-fuel vehicles
Developing integrated smart energy

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Enabling Green Industries

Power: Digital technology helps build new power systems based on new energy
Industrial sector: Digital technology makes green and smart manufacturing possible
Transport: Digital technology helps vehicles go electric faster and build smart transport systems
Building sector: Digital technology enables green and low-carbon operations of buildings

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