
35
Risk and Opportunity Scenario Analysis
Type Contributing
Factor Scenario*1 Detailed
Description
Time
Period Possible Impact Impact
Level*2 Measures
Transition
risk
Implementation
of carbon taxes
1.5°C Taxation of
greenhouse gas
emissions
Long
term
• The costs associated with doing
business are increasing. Slightly
large
• Scope 1+2 CO₂ reduction with SBT for a 1.5°C
target.
• Introduction of internal carbon pricing.
1.5°C Economic
stagnation due
to rising prices
Midium
term
• Sales decline due to reduced or
delayed customer investment.
• Prot decreased due to
procurement diculties and
increased component costs.
Medium
• Encourage the development of solutions that
combine software-based virtualised test
environments and software-dened radio; and
building a business model that is less sensitive
to component price volatility.
Physical
risk
Natural
disasters
becoming
more
frequent and
severe
4°C
Extreme weather
events are
becoming more
frequent and
severe in various
regions.
Long
term
• Impact on factory operations
and procurement of materials. Large
• Reduced disaster risk through construction of a
new building at TOHOKU ANRITSU CO. LTD.'s
second factory.
• Map the main manufacturing and sales locations
of our suppliers to minimize the impact on
procurement in the event of a disaster.
• Implementation of a mechanism that allows us
to source from a number of dierent companies.
• Implementation of ood prevention measures
at overseas production sites.
Long
term
• It is becoming increasingly
dicult to ensure quality in the
manufacturing process due to
rising temperatures.
Large
• In 2023, we introduced and began operating
an air conditioning management system that is
not aected by changes in outside temperature.
Opportunity
Change in
energy mix 1.5°C
The ratio of
renewable
energy
generation is
increasing.
Long
term
• Lower costs for installing solar
power generation equipment. Slightly
large
• Promoting PGRE 30 to increase the ratio of private
power generation and reduce electricity prices.
In FY2024, the 3,094kW solar power generation
facilities installed so far were in operation. The
second factory at Tohoku Anritsu operates a
system that combines mega solar power
generation equipment and storage batteries.
Advancements
in energy-
saving
technologies
1.5°C
Investment
drives innovation
and makes it
available.
Medium
term
• Incorporate new energy-saving
technologies into our products
and improve their environmental
value.
Slightly
large
• Encouraging the development of
environmentally friendly products to make
products more energy ecient.
• Active incorporation of energy-ecient
components into product design.
Change in
market 1.5°C
Increasing
demand for
products that
oer greater
functionality and
higher
environmental
performance.
Medium
term
• There is an increased demand
for simulation test environments,
such as virtualization, as more
customers desire development
without the need for prototypes.
Large • Provide the solutions that combine software-
based virtualised test environments.
Medium
term
• Increased demand for products
needed to make data centers
more energy ecient.
Slightly
large
• Providing solutions for the development and
manufacturing of photoelectric fusion devices
for next-generation green data centers.
• Providing low power consumption/high power
eciency optical devices.
Long
term
• The transition to electric vehicles
will lead to increased demand
for evaluation equipment, which
is essential for the development
of energy-ecient powertrains
and batteries.
• Demand for energy management
systems for the ecient use of
renewable energy and fuel cells
will grow in social infrastructure.
Large
• Develop and provide test solutions that
improve the quality and increase the eciency
of development of energy-ecient powertrains
and batteries used in EVs.
• Acquiring business opportunities for energy
management systems through collaboration
with partner companies.
Natural
disasters
becoming
more
frequent and
severe.
4°C
Worsening food
production and
supply and
demand
conditions due
to intensifying.
Long
term
• In order to further reduce food
waste, there is an increasing
demand for foreign object
detection and pinpoint sorting
of defective products at the raw
material stage.
Slightly
large
• Practical application of a solution that can
identify quality defects such as colour,
constituents, insects, bacteria and ingredients
at the raw material stage.
• Providing solutions to improve the accuracy of
foreign object detection, production line
monitoring, and defective product sorting
through the use of DX, AI, and robotics.
Extreme weather
events are
becoming more
frequent and
severe in various
regions.
Long
term
• Investment in disaster prevention
equipment will increase and the
demand for solutions to prevent
and mitigate disaster risks, such as
road and river monitoring, will
also rise.
Medium
• Strengthening the ability to respond to disaster
prevention and mitigation solutions, such as
video information systems, with partner
companies.
Long
term
• Increased demand for remote
monitoring solutions to cover
the shortage of operational
personnel due to the declining
birthrate and aging population.
Medium
• Providing solutions that contribute to the
realization of more advanced disaster prevention
and mitigation systems utilizing ICT systems.
*1 Reference scenarios: [Transition] IEA NZE by 2050 [Physical] IPCC RCP 8.5
*2 “Impact” is determined based on our own five-point scale (Large, Slightly large, Medium, Slightly small, and Small) that takes into account the amount of financial impact in terms
of sales and profits, and the likelihood that the risk or opportunity will materialize. Note that “Slightly small” and “Small,” which have little impact, have been omitted.
Sustainability Management
Materiality ·
Sustainability Goals
Business Growth and
Solutions for Social Issues
Participation in Initiatives
Guidline
Comparison Table