[Johannesburg, South Africa, 18 March 2024]
At the Solar & Storage Live 2024, Africa's largest renewable energy exhibition that celebrates the
technologies at the forefront of the transition to a greener, smarter, more decentralized energy system,
aims to accelerate Africa’s sustainable energy future. At the event, David Bian, Director of Huawei Digital
Power Sub-Saharan Africa, Smart PV Development Department, delivered a keynote speech entitled " Building a
New Power System for a Better, Greener Future in Africa "
David said, we are now living in the era of carbon neutrality. Energy is the foundation for the development
of our civilization. An energy transition is vital to our advancement efforts. Decarbonization,
electrification, digitalization, and intelligence are four key pathways for the energy transition.
To address the challenges implicated by carbon neutrality, the energy mix is rapidly evolving, calling for
reducing carbon emissions in power generation. Clean energy will replace conventional energy, and renewables
will dominate the future as their share in power generation will increase from 25% today to 91% by 2050. PV
will develop as a main energy source with considerable annual growth in installed capacity. Energy storage
will also play an irreplaceable role.
Mr. David Bian, Director of Huawei Digital Power Sub-Saharan Africa, Smart PV Development
Department
Electricity will become the main energy source that will be consumed in the future. The share of electricity
in energy consumption will increase from 21% to 51% by 2050. Mobility electrification will play a pivotal
role in the process. The International Renewable Energy Agency (IRENA) estimates that the number of electric
vehicles will grow from 30 million at the end of last year to 2.18 billion.
Technologies such as 5G, AI, cloud, and blockchain keep evolving and are penetrating every part of our
economy and civilization. Digital technologies will not only help improve efficiency but also build a
foundation and platform for innovation, fueling a variety of industries.
Intelligent applications, such as AIGC models represented by ChatGPT, have triggered an explosion in
intelligent computing power, which will continue to increase exponentially in the future. AI will be deeply
integrated into the real economy. And it will change the way we work and drive a new round of technological
and industrial advances. Propelled by digitalization and intelligence, new energy systems will emerge and
evolve with closed-loop business models.
Following the trends of decarbonization, electrification, digitalization, and intelligence, the digital and
energy worlds will be deeply integrated. It is fair to say that the energy industry has ushered in a new era
of digital energy. Great changes will take place in energy infrastructure development. Digital, AI, and
power electronics technologies will be further integrated. Power generation, grids, loads, and energy
storage will collaborate in a profound way. Consequently, energy will be more efficiently utilized and
resources will be better allocated.
Energy infrastructure for new power systems, urban energy systems, and residential energy systems, is
undergoing accelerated transformation. Independent energy production or consumption are now integrated to
achieve optimal resource allocation and use efficiency. Huawei Digital Power converges bit, watt, heat, and
battery technologies and is committed to building new power system energy infrastructure in the following
three aspects:
In clean energy base scenarios, high proportions of renewable energy and power electronics applications,
large base footprints, and remote locations pose challenges to grid connection and O&M. To overcome these
challenges, Huawei Digital Power leverages the grid forming technology, which is applied to PV and energy
storage systems (ESSs). By integrating digital and power electronics technologies, together with advanced
grid connection technologies, the PV+ESS solution can proactively enhance the power grid and provide the
functions of traditional synchronous generators, achieving the transformation from grid following to grid
forming and making PV energy the mainstream energy source. In terms of O&M, Huawei Digital Power leverages
IoT, big data, AI, and other ICTs to implement the smart diagnosis of plant faults, achieving intelligent
and unattended PV plants.
In urban scenarios, it is a common call to build green, low-carbon energy intelligent twins and integrate
generation, grid, load, storage, and consumption by integrating innovative products and solutions of
distributed energy, virtual power plants (VPPs), smart charging networks, V2X, integrated smart energy, and
smart microgrids. With joint efforts, a citywide energy Internet based on smart grids and smart microgrids
for a safe, resilient, efficient, low-carbon, and intelligent city can be realized soon.
For home energy consumption, building a green, low-carbon, intelligent home energy management system with the
optimizer+PV+ESS+charger+load+cloud one-stop solution will transform homes from energy consumers to
prosumers in new power systems.
Mr. David Bian, Director of Huawei Digital Power Sub-Saharan Africa, Smart PV
Development Department
David also shared the best practices to see how the four technologies promote renewable energy development：
Grid-forming ESS, Building the World's 1st 100% Renewables-Powered City
Huawei blends smart string controllers and smart string energy storage systems (ESSs) into its FusionSolar
Grid-Forming Solution to facilitate a stable power grid connection with a high penetration of renewables.
The solution has been applied in the 1.3 GWh microgrid for the Red Sea project in Saudi Arabia. Through the
world's first GWh-level PV+ESS grid forming system, Huawei contributes to the first city that is fully
powered by solar energy.
Intelligent O&M with AI, Ensuring High Quality and Availability
In Gonghe County of Qinghai province, China, Huawei helped the State Power Investment Corporation build the
world's largest PV power plant with a capacity of 2.2 GW, which generates more than 4 billion kWh of green
electricity every year. The Smart I-V Curve Diagnosis technology shortens the inspection time from 5 months
to 15 minutes, with the precision rate, recall rate, and reproduction rate exceeding 90%. The technology
reduces O&M costs and ensures efficient operation of the power plant.
Significantly advanced green energy, Lighting up Africa with green energy
Huawei constructed Africa’s biggest solar facility in South Africa with an impressive output of 540 MW,
using over 2000 high-efficiency inverters. Remarkably, the plant stabilized within three months. In Ghana,
Huawei’s solar-hydro hybrid ESS project is slashing greenhouse emissions by 47,000 tons every year.
Furthermore, a Cape Town market now enjoys uninterrupted power thanks to a Huawei microgrid, saving $81,000
annually on fuel. This investment pays for itself in under four years.
Over all，Huawei’s solutions have generated 997 billion kilowatts of green power, saved 46 billion kilowatts
of energy, and reduced emissions by 495 million tons, equivalent to planting 680 million trees globally.
