Analog semiconductor giants make promises to the future earth with hard power

ADI builds an intelligent bridge connecting the real and digital worlds with technologies such as detection, measurement, power, connection and interpretation. As a high-performance semiconductor company, ADI is not only committed to technological innovation and solving difficult engineering design challenges, but also continues to focus ON sustainable development and implements science and technology for good.

Analog semiconductor giants make promises to the future earth with hard power

On the 52nd Earth Day, ADI announced the advancement of the company’s climate strategy, committing to becoming carbon neutral by 2030 and net-zero emissions by 2050. As part of the company’s development plan to achieve net-zero emissions, ADI joined the UN’s Business Ambition for 1.5°C and committed to setting a Science-Based Targets Initiative (SBTi) for reducing emissions. Arrange goals.

Highlights of ADI’s climate strategy include:

Achieve carbon neutrality by 2030 and net zero emissions by 2050

ADI has set goals to be carbon neutral by 2030 and net zero by 2050. Later this year, ADI will also release an implementation plan describing strategies and actions to achieve these goals. These actions include achieving 100% renewable energy use across the company’s operations by 2025 and addressing carbon emissions across the value chain (including Category 3 emissions) by 2030.

According to Yan Zheng, Director of Marketing Communications and Public Affairs at ADI, the three categories of emissions that meet the SBTi emission reduction targets of the Science-Based Carbon Targets Initiative include: Category 1, emissions from sources owned or controlled by ADI, including fossil fuels used on-site ; second category, indirect emissions generated off-site but from electricity, heating and cooling purchased by ADI; third category, purchased goods and services, fuel and energy related emissions not included in categories 1 and 2 Activities, waste from operations, business travel/employee commuting, downstream transportation, distribution and end-of-life disposal of sold products, etc.

Yan Zheng said that the third type of emissions is currently the most complicated topic. ADI has hired a consulting firm EcoAct to help manage and improve carbon dioxide emissions. It is expected that specific green emission reduction targets and implementation plans will be proposed in August and September this year. .

Analog semiconductor giants make promises to the future earth with hard power

Join the United Nations Global Compact

ADI recently joined the United Nations Global Compact (UNGC), joined the UN corporate ambitions to support the 1.5°C temperature limit target, and set a scientific emission reduction target, aiming to limit global temperature to 1.5°C above pre-industrial levels C and achieve net-zero emissions by 2050.

Yan Zheng explained with the “Paris Agreement” that its long-term goal is to control the increase in global average temperature within 2 degrees Celsius compared with the pre-industrial period, and strive to limit the temperature increase to within 1.5 degrees Celsius. If in the next decade, governments do not take stronger measures to deal with climate change, the final window will be missed.

Established the Ocean and Climate Innovation Accelerator (OCIA) with Woods Hole Oceanographic Institution (WHOI)

Woods Hole Oceanographic Institution and ADI jointly announced the establishment of the Ocean and Climate Innovation Accelerator (OCIA). ADI has committed $3 million in funding to the alliance over three years to increase awareness of the critical role of the ocean in combating climate change and to continue to develop new solutions for ocean-climate interactions.

“Carbon emissions are at the heart of the global response to climate change,” said Vincent Roche, CEO of Analog Devices. “The ocean is one of our most important defense mechanisms against global warming—yet its ability to continue to play this vital role is being affected by Impacts of climate change. Through the Ocean and Climate Innovation Accelerator, we will invest ADI’s engineering and technical resources to improve our understanding of the oceans to better understand how they are affected by climate change and to develop solutions to Restoring the marine environment. We hope to have a meaningful and positive impact on the global response to climate change.”

Sustainability through innovative technologies

It is understood that ADI invests more than 1 billion US dollars in research and development every year, and issued the industry’s first green bond in 2020, with a total amount of 400 million US dollars, helping to continuously invest in innovation to solve the world’s most difficult problems. Next, ADI will maximize the impact of its technologies and solutions on sustainable development.

With the increase of new energy applications such as wind energy and solar energy, as well as the increase of application scenarios such as electric vehicle charging stations and data centers, the energy storage market is growing rapidly. More accurate, highly integrated and stable BMS (Battery Management System) solutions The scheme is being favored by the market.

According to Wang Xingwei, Marketing and Application Manager of ADI’s China Product Division, the intermittent and random problems of clean energy such as solar energy and wind energy are attracting attention in the industry. For example, new energy will be frequently affected by seasonal and extreme climate changes. After the application, this feature will undoubtedly bring certain pressure to the safe operation and reliable supply of infrastructure such as the power grid. Therefore, the energy storage system is required to play the role of “shaving peaks and filling valleys” and increasing the proportion of renewable energy in energy. .

Energy storage systems in smart grids act like oil tanks or coal warehouses in the field of electrical energy, capturing and storing renewable energy sources such as wind and solar energy to keep modern grids stable for powering consumers, including electric vehicles (EV) charging, building/hospital and school power. Energy storage systems can not only support grids operating during peak hours, but also maintain existing grid infrastructure without the risk of grid overload and collapse.

Analog semiconductor giants make promises to the future earth with hard power

In terms of electric vehicle charging infrastructure construction, as the charging power of new energy vehicles increases year by year, the electric energy generated by renewable energy sources such as photovoltaic or wind energy requires corresponding high-voltage and high-power conversion systems when interacting with the power grid. ADI’s high-Voltage isolation driver chip can enable the energy storage system to meet the challenges of fast charging on grid power and energy in a short period of time, and can also interact with grid peak-shaving and valley-filling, so as to ensure that the impact of the grid is reduced to a safe level level.

Analog semiconductor giants make promises to the future earth with hard power

It is worth mentioning that the ADBMS1818, the first BMS chip developed by the China Product Division for energy storage systems, has been released and mass-produced in January 2021. This is an 18-channel 3mV precision BMS battery management chip, and A complete set of platforms for evaluating energy storage systems.

Wang Xingwei introduced that the BMS chip, as the “brain” of the entire battery system, in addition to its high-precision performance, can make the battery more usable, and to achieve a higher level of complete coverage is the consistent focus of ADI’s BMS products. Specifically, the BMS chip, as the brain, is constantly collecting key parameters of the battery, such as whether it is overheated, whether the rate of temperature change exceeds the limit, and whether the battery voltage drops rapidly. As the core component at the bottom of the sensing key signal, the BMS chip continuously diagnoses these dangerous signals through the corresponding diagnostic mechanism. Once a danger is found, it will make a rapid alarm processing, even before there is no actual battery burning signal. , providing a 5-minute thermal runaway early warning diagnosis function.

Agile response to local innovation needs

For the rapidly developing Chinese market, ADI is also increasing its investment. At the end of last year, Analog Devices (Shanghai) Co., Ltd. was upgraded to Analog Devices (China) Co., Ltd., and the former ADI China R&D Center was upgraded to ADI China Products Division. Its role changed from supporting global R&D to serving the Chinese market. Tailored development of customized products.

At present, it seems that China’s dual carbon “30/60” target is earlier than the global carbon neutrality target schedule, which has driven the proportion of renewable energy adaptation, renewable energy and grid supporting energy storage systems, new energy vehicles The energy storage system supporting the charging piles has ushered in development opportunities. ADI China Product Division is strengthening local decision-making, R&D and support capabilities to respond more agilely to the innovation needs of the local market.