The role of nuclear power generation in achieving long-term
energy security is to be explored by a committee of the British-Irish
Parliamentary Assembly.
The new inquiry from the BIPA Committee on
Climate, Energy, Science and Technology will look at
the opportunities and challenges presented by nuclear power and
at how nuclear generation might help meet energy demands in the
coming decades.
In Ireland, nuclear fission-powered electricity generation plants
and the use of nuclear power to generate electricity are both
prohibited by law, and the policy of the Scottish Government is
to oppose the construction of new nuclear power stations in
Scotland. In contrast, the UK Government is aiming to increase
the UK's nuclear capacity over the next 25 years.
The Government of Ireland has stated that it does not intend to
explore the development of nuclear-powered electricity generation
in Ireland, but the increasing use of electricity interconnectors
means that electricity used on the island of Ireland is now in
part derived from nuclear generators located in Great Britain.
Once the Celtic Interconnector project is completed in 2028, the
island of Ireland is also likely to receive electricity generated
from nuclear plants in France.
The Joint Statement issued by the UK Prime Minister and the
Taoiseach after the Liverpool Summit in March last year also
referred to the linkage of the UK and Ireland “through shared
energy infrastructure and the Single Electricity Market (SEM) on
the island of Ireland.”
In addition to looking at the advantages and disadvantages of the
use of nuclear power across BIPA jurisdictions, the inquiry will
examine the benefits and risks of the use of Advanced Modular
Reactors and Small Modular Reactors over conventional large-scale
reactors, and the impact of nuclear energy generation on energy
costs and on the environment.
MS, Chair of the
committee, said:
“Access to an affordable, sustainable and clean supply of energy
is vital if we are to ensure long-term energy security. While
each country rightly has its own approach to nuclear power, our
new inquiry is a chance to look closely at the role nuclear
generation could play in future energy security across
jurisdictions, and the opportunities and challenges that nuclear
technologies bring.”
Terms of reference
The Committee is inviting submissions in response to the
following questions:
- What are the advantages and disadvantages, opportunities and
challenges of nuclear power generation as a means of achieving
long-term energy security across BIPA jurisdictions?
- Are there particular benefits or risks of Advanced Modular
Reactors (AMRs) and Small Modular Reactors (SMRs) over
conventional large-scale nuclear reactors?
- To what extent will nuclear generation help to meet the
energy demand in BIPA jurisdictions in the coming decades?
- What is the environmental impact of nuclear power generation
and the disposal of nuclear waste?
- What effect is the greater use of nuclear power generation
likely to have on energy costs for consumers in BIPA
jurisdictions where nuclear facilities are in operation or under
construction?
- What alternatives exist to ensuring energy security across
BIPA jurisdictions?
- What are the prevailing attitudes towards nuclear power in
each BIPA jurisdiction? What opportunities are there for
cooperation between BIPA jurisdictions to ensure future energy
security?
- In the UK, to what extent is the framework for planning and
delivering new nuclear infrastructure, including large-scale and
modular technologies, effective? Is this sufficiently
future-proofed?
- Whilst the generation of electricity by nuclear power
stations is currently illegal in Ireland, what is the current
discourse or research around the future potential use of nuclear
energy in Ireland, if such a ban were lifted?
- What scope is there for greater cooperation between the
governments of the UK and of Ireland on nuclear issues within the
framework of cooperation in the March 2025 Joint Statement?
Submissions should be sent to horswells@parliament.uk
or Emer.Hannon@oireachtas.ie.