Climate Change Adaptation and Mitigation

Our OSR service analyzes the fuel and speed performance characteristics of individual vessels to propose optimal routes and engine speeds by harnessing the wind and waves. We support vessel operations 24/7/365, providing safe passage with minimal transit times.
OSR does more than just mitigate heavy weather risks; it enables voyages that minimize CO2 emissions through fuel optimization and ensures on-time arrivals as required by transport contracts. As it meets the diverse global needs for Safety, Economy, Environment, and Punctuality, OSR adoption continues to grow worldwide. Use of this service contributed to a reduction of approximately 2.8 million tons of CO2 annually (actual results from June 2023 to May 2024).

By analyzing the correlation between temperature and human sensory data to forecast power demand, and utilizing solar radiation forecasts to predict solar power supply, we enhance energy efficiency and support the reduction of greenhouse gas emissions.
In the energy sector, we have developed a Power Demand Forecast Model using proprietary AI technology and offer a Supply and Demand Planning Support Service. Our highly accurate, region-specific forecasts are driven by weather data from approximately 27,000 locations and roughly 200,000 daily weather and sensory reports from our Supporters across the country. We support a stable energy supply for domestic and international electric utilities and gas companies, while assisting in efficient resource management, energy conservation, and cost optimization.
We also provide a Renewable Energy Generation Estimation Control Support Service. A primary challenge for renewable energy sources—such as solar, wind, and hydropower—is the inherent volatility of supply due to fluctuating weather conditions. By developing highly precise power generation forecasts, we support the optimization of overall energy management and power sales planning, thereby accelerating the widespread adoption of renewable energy.

To address the diverse climate needs of our corporate partners, we launched our Climate Tech business in June 2022, providing the following specialized services:

Climate Change Risk Analysis Service (Climate Impact)

This service provides a quantitative analysis of risks associated with the increasing intensity and frequency of natural disasters. By calculating the potential financial impact on production facilities and operational sites, we help companies integrate climate risk into their Business Continuity Planning (BCP) and Business Continuity Management (BCM). This data is also used to inform strategic capital expenditure decisions that account for long-term climate variables.

Climate Risk Monitoring Service

Designed to enhance corporate resilience and business continuity, this service provides tailored adaptation measures based on the specific climate risks facing each location. We leverage weather forecasts to support operations in mitigating or avoiding damage from storm surges, lightning strikes, and heatstroke—providing vital support for operational climate strategies. Our unique strength lies in a comprehensive two-pillar approach: we analyze climate risks decades into the future, then backcast from those scenarios to monitor and manage current, real-time risks.

Main Approaches

・Cloud Migration: Reducing physical risk by migrating on-premise servers to the cloud.
・Weather-Driven Risk Mitigation: Leveraging our own weather services to minimize physical risks.
Example: Developing initial response plans that include flood defense deployment (such as sandbagging), fuel procurement for backup power generators, and logistics management.

We have evaluated the current and future (2030 and 2050) risk of inundation from floods and storm surges at our key operational sites. At the Global Center—our primary hub for headquarters, operations, and development—we have identified potential storm surge risks. In the event of flooding, we anticipate possible damage to external HVAC (air conditioning) equipment and a localized reduction in operational capacity.
The Group has set a goal to reduce the operational impact of these physical risks by 50% (relative to FY2022 levels) by the end of FY2026.

The Group aims to achieve net-zero Scope 1 and 2 emissions across our entire consolidated operations by 2030, alongside a 25% reduction in Scope 3 emissions by 2030 compared to 2022 levels. Moving forward, we will continue to reduce GHG emissions throughout our business activities. By viewing the transition to a decarbonized society as a strategic business opportunity, we strive to achieve both corporate growth and a reduced environmental impact.