2024 Task Force on Climate-Related Financial Disclosures (TCFD) Framework

Governance

onsemi's governance structure ensures oversight of climate-related risks and opportunities. The Governance and Sustainability (GS) Committee of the Board of Directors is responsible for environmental, health, safety, and sustainability initiatives, including climate strategy, risk management, and opportunities. This committee meets at least four times annually and comprises at least three independent Board members. The full Board reviews progress on climate and sustainability goals, including the Net Zero 2040 target, near-term SBTi-validated targets, and metrics such as energy usage, waste generation, and water withdrawal. Progress is reported quarterly by the Chief Marketing Officer and VP of Sustainability and ESG.

Climate-related risks and opportunities are managed at the highest organizational level. The Enterprise Risk Management (ERM) program, overseen by a Risk Committee including the CEO, CLO, CFO, CSO, EVP of Global Manufacturing and Operations, and SVP of Corporate Strategy, is responsible for identifying, managing, and mitigating risks. Executive staff are assigned as risk sponsors, working with risk owners for day-to-day management. ERM findings are communicated monthly to the Risk Committee and the Board. Business units and functional departments are responsible for understanding and acting on climate-related risks and opportunities, with input from various groups including finance, legal, manufacturing, business continuity, new product development, supply chain, ESG, human resources, and customer experience.

Strategy

onsemi identifies and assesses the actual and potential impacts of climate-related risks and opportunities on its business, strategy, and financial planning. These impacts are considered across the short, medium, and long term.

Climate-Related Risks and Opportunities: Identified risks include transitional and physical risks affecting operations, value chain, financials, supply chain, workforce, disclosure, and reputation. Opportunities arise from increased demand for onsemi products related to climate solutions. These impacts can be general or location-specific.

Impact on Business, Strategy, and Financial Planning: Realized impacts are integrated into strategic decision-making, including business continuity, capital expenditure, and new product development.

Resilience and Scenario Analysis: onsemi conducts climate scenario analysis to inform its climate adaptation and resilience plan. This involves considering different climate scenarios, including a 2°C or lower scenario, to understand potential impacts and build resilience. The scenarios used are:

This analysis helps identify and integrate relevant climate-related risks and opportunities into the company's overall business strategy.

Risk Management

onsemi's processes for identifying, assessing, and managing climate-related risks are integrated into its overall risk management framework.

Identification and Assessment: Scenario analysis is used to understand the impacts of climate change on business operations, corporate strategy, and the value chain. This helps identify potential physical and transitional risks. These scenarios are used to understand potential risk exposure and build resilience.

Management: Action planning and trigger monitoring activities are undertaken to build resilience to potential climate-related risks. Owners are assigned to monitor and manage these risks. The ERM team conducts a yearly risk identification and prioritization cycle, including interviews with key leaders across functions. Outputs are used by the Executive Risk Committee to create yearly risk mitigation plans.

Integration: Climate-related risk and opportunity assessment is integrated into business continuity planning, capital expenditure planning, and new product development.

Metrics and Targets

onsemi monitors various quantitative metrics to assess climate-related risks and opportunities and manages these through defined targets.

Metrics Used: Metrics include total greenhouse gas emissions, total energy consumption (including percentage from renewables), total water withdrawal, and energy, emissions, and water intensity.

GHG Emissions (FY2024):

A breakdown of Scope 3 emissions by category is available in the 2024 Sustainability Report.

Risks Related to GHG Emissions: Regulations aimed at decarbonization may lead to increased operational expenditures due to carbon prices and carbon border adjustments.

Targets:

onsemi is exploring internal and value chain strategies to reduce emissions and is tracking progress towards these goals.

Risk and Opportunity Disclosures

Transition Risks

Transition risks are most significant under the Orderly and Disorderly Decarbonization scenarios.

Own Operations

Supply Chain

Physical Risks

Physical risks are most prevalent under the Failure to Decarbonize scenario.

Own Operations

Supply Chain

Climate-Related Opportunities

Climate-related opportunities are most significant under the Orderly and Disorderly Decarbonization scenarios.

Customer/Market Demand

Own Operations

PDF preview unavailable. Download the PDF instead.

TCFD Report 2024 Adobe PDF Library 17.0

Related Documents

Preview onsemi 2024 Sustainability Report: Advancing Innovation for a Better, More Sustainable Future
onsemi's 2024 Sustainability Report details the company's commitment to Environmental, Social, and Governance (ESG) initiatives, covering fiscal year 2024. It highlights efforts in decarbonization, renewable energy, workplace social responsibility, community investment, and responsible business practices, showcasing the company's role in enabling sustainable technology solutions.
Preview onsemi NCP4306: High Efficiency SMPS Synchronous Rectification Driver Datasheet
The onsemi NCP4306 is a high-performance driver designed for synchronous rectification in switch-mode power supplies (SMPS). It offers features for high efficiency in various topologies like flyback and LLC converters, with adjustable timing and light load detection.
Preview onsemi AND90379/D: Capacitive Load Charging in Zonal eFuses
Application note AND90379/D from onsemi details capacitive load charging in zonal eFuses, covering inrush current management, soft-start, slew rate control, thermal considerations, and device performance for automotive applications using components like NCV84003G.
Preview onsemi PZTA96ST1G High Voltage Transistor Datasheet
Datasheet for the onsemi PZTA96ST1G, a high voltage NPN silicon transistor in a SOT-223 package. Includes features, maximum ratings, electrical characteristics, and typical performance graphs.
Preview 74LCX08 Low Voltage Quad 2-Input AND Gate with 5V Tolerant Inputs Datasheet
Datasheet for the 74LCX08, a low voltage quad 2-input AND gate from onsemi. Features 5V tolerant inputs, high speed operation, and low power dissipation. Includes electrical characteristics, AC loading and waveforms, and package dimensions.
Preview onsemi NXH022S120M3F1PTHG F1-22mΩ M3S 6-PACK SiC MOSFET Module Data Sheet
Data sheet for the onsemi NXH022S120M3F1PTHG, a 22mΩ / 1200 V SiC MOSFET 6-PACK module with a thermistor in an F1 package. Includes features, electrical characteristics, thermal properties, and ordering information.
Preview onsemi MJE15032/MJE15033 Complementary Silicon Plastic Power Transistors Datasheet
Datasheet for onsemi's MJE15032 (NPN) and MJE15033 (PNP) complementary silicon plastic power transistors, designed for high-frequency drivers in audio amplifiers. Includes electrical characteristics, thermal characteristics, and safe operating area curves.
Preview onsemi MC10EP11, MC100EP11 3.3 V/5 V ECL 1:2 Differential Fanout Buffer Datasheet
Datasheet for onsemi's MC10EP11 and MC100EP11, which are 3.3 V/5 V ECL 1:2 differential fanout buffers. Features include 220 ps typical propagation delay, >3 GHz typical maximum clock frequency, and PECL/NECL mode operation. The document details pin descriptions, attributes, maximum ratings, DC characteristics, and AC characteristics.