ESG Report of the Enea Capital Group for 2023

Climate-related risks and opportunities (TCFD)

  • GRI 3-3,
  • GRI 201-2,
  • E-P3

We analyse the risks related to the impact of climate change on the enterprise (transition risk and physical risk), we verify whether the two types of risks are interconnected and how. Climate risk is defined as a future uncertain event related to the impact of climate change on the enterprise, the results of which may have a negative effect on the enterprise. In our analyses we apply short term (until 2025), medium term (until 2030) and long term (until 2050) time horizons. The climate risk is applicable to the entire value chain.

Transition risks (also known as transformation risks) arise from the transition to a low-carbon economy and can be divided as follows:

  • legal and regulatory risks – tightening of legal requirements and restrictions on climate aspects;
  • technological risk – exclusion and replacement of conventional assets with innovative assets;
  • market risk – high volatility and unpredictability of market energy prices;
  • reputational risk – stigmatisation of energy companies as a result of perceiving the energy sector as the air polluter.

The major transition risk drivers associated with climate change include:

  • tightening legal requirements for climate aspects;
  • changing Customer demand and expectations for products and services provided by the Enea Group’s companies – among others, as a result of the development of prosumers, support for thermal insulation and construction of distributed heat sources;
  • high volatility and unpredictability of market energy prices;
  • inability to raise capital to finance operations based on non-renewable fuels;
  • need for restructuring or re-branding resulting from a change in the business profile;
  • decommissioning and replacement of assets that operate primarily on fossil fuels;
  • other: regulatory, financial, social, technological, etc.

Physical risks arise from climate change. They include:

  • acute risks driven by extreme weather events, such as:
    • the increasing frequency of extreme temperatures never seen before in the regions concerned;
    • the increasing frequency and intensity of strong and gusty winds;
  • chronic risks resulting from long-term climate change such as:
    • more frequent temperatures fluctuating around 0° Celsius threshold in winter;
    • occurrence of milder winters in terms of snowfall;
    • greater intensity of storms, which can cause flooding at any time of the year;
    • rainfall of an erratic nature, resulting in longer periods without rain, intermittent storms:
    • more frequent droughts and related restrictions in access to water, as well as increased risk of wildfires;
    • increased evaporation processes, i.e. spontaneous and irregular evaporation of water from the surface of water reservoirs and flowing waters, soil and the moistened surface of inanimate objects, occurring mainly under the influence of solar radiation;
    • progressive changes in the species composition of tree stands and weakening of their condition;
    • depleted biodiversity;
    • rising sea levels, flooding of coastal areas;
    • social problems, related to the surge in migrations from areas affected by extreme climate change;
    • social problems related to the health condition of the country’s population (climate-related diseases).

In 2023, the Group identified, assessed and monitored corporate risks with climate aspects in accordance with the ERM assumptions.

Climate Risk Management

Description of the Management and Supervisory Boards’ oversight of climate-related risks and opportunities

Description of the role of the Management and Supervisory Boards in identifying, assessing and managing climate-related risks and opportunities

The policies concerning the engagement of the Management Board as well as Directors and Officers, particularly their responsibilities in respect of climate change, allow stakeholders to analyse the organisation’s level of awareness of climate issues. The Management Board of Enea SA sets out and approves the goals and priorities of the ENEA Capital Group Climate Policy. The management boards of Enea Capital Group’s companies are in charge of conducting and organising subordinate processes in accordance with the goals and priorities contained in the ENEA Capital Group Climate Policy and for ensuring timely, reliable and complete reporting of climate-related activities. The Director of the Group Strategy and Development Management Department is responsible for implementing and updating the ENEA Capital Group Climate Policy.

Description of climate-related risks and opportunities identified by the organisation over the short, medium and long term 

We analyse the risks related to the impact of climate change on the enterprise (transition and physical risks) as well as whether the two are interrelated and how.

Climate risk is defined as a future uncertain event related to the impact of climate change on the enterprise, the results of which may have a negative effect on the enterprise. In our analyses, we apply short term (until 2025), medium term (until 2030) and long term (until 2050) time horizons. The climate risk is applicable to the entire value chain.

In 2023, we identified, assessed and monitored enterprise risks that have climate aspects according to ERM assumptions.

Business area of Enea Group Climate-related risk Description of the risk factor How it affects Enea Group Methods applied in risk management
GENERATION No profitability of RES generation

Risk category: transition

Perspective: short, medium and long term

Actions of legislative bodies, competition in the biomass market from other sectors of the economy, weather/climate conditions, logistical conditions related to sourcing and transport of biomass, limits on biomass imports. Deterioration of the financial situation as a result of increasing costs and decreasing revenues.

Possible increase in emissions.

In the case of unavailability of fuel at a price that preserves the profitability of production, conducting comparative analysis of the scenarios.

Possible transfer of trading position to other units or repurchase of electricity in the market.

Monitoring CO2 emissions

Risk category: transition

Perspective: short, medium and long term

Failure to comply with the requirements of the emissions law (failure to update the CO2 emission monitoring plan, failure to submit the system improvement report, loss of CO2 emission permit).

Negative evaluation of the annual CO2 emissions report – by an independent certification body.

Negative evaluation of the production capacity report (ALC report) – by an independent certification body.

Exclusion from the CO2 emissions trading system.

No possibility to apply for free CO2 emission allowances.

No possibility to trade in CO2 emission allowances.

Acquisition of CO2 emissions permit in compliance with the existing legal requirements.
Flood

Risk category: physical

Perspective: short, medium and long term

Intense prolonged rainfall and/or snowmelt in the southern part of the country resulting in a significant increase in the water level of the Vistula River. Losing the ability to produce energy for an extended period of time, and thus losing profits. Use of technical infrastructure safeguarding against floods.

Ongoing cooperation with the Regional Water Management Authority.

Application of the existing procedures.

Taking actions in accordance with the requirements of the Flood Control Instruction and Emergency Procedures.

Loss of revenue from the Capacity Market due to the risk of not meeting the 550kg/MWh emission condition

Risk category: transition

Perspective: short, medium and long term

Lack of the assumed effect of modernisation of generating units, i.e. failure to meet the emission limit of 550 kg CO2/MWh in a given year (units that do not meet the emission limit cannot receive support from the Capacity Market for performance of capacity obligations arising after 31 December 2019). Lost revenues from the Capacity Market. Ongoing analysis of legislative changes and providing opinion on the contemplated new provisions.

Reaching CO2 emissions level below 550 kg/MWh starting from 1 January 2026, as a result of optimisation of modernisation schedules and other actions targeting this goal.

Risk of failure to maintain continuous supply of renewable fuels

Risk category: transitions

Perspective: short, medium and long term

Natural disasters such as hurricanes, floods, droughts or freeze-outs can cause limited or no biomass availability.

Natural disasters in the mining sector or in the supply process may cause a limited availability or lack of coal.

Increase in the cost of purchasing fuel or substitute transportation due to an increase in fuel prices in the market and/or the need to make an immediate purchase of fuel or transportation service, without great prospects in price negotiations, with a limited list.

No possibility to make supplementary purchases due to limited availability of fuel with the required quality or at the planned price, which may result in a shortage of fuel for planned energy production and significant fall in the materials stored in storage yards.

The increase in freight costs associated with inefficient logistics infrastructure.

Use of relevant terms and conditions in contracts as well as safeguards, regarding contractual penalties and compensation.

Development, monitoring, updating and distribution of plans for the performance of contracts for the supply of generation fuels and logistics services.

Diversification of sources of supply and services.

Risks related to the lack of or limited ability to insure coal assets, caused by the withdrawal of some reinsurers from offering insurance cover for such assets.

Risk category: transition

Perspective: short, medium and long term

The global climate crisis making it increasingly difficult for fossil fuel-based businesses to access finance; insurance undertakings treating the coal-fired energy sector as a high-risk industry. Inability to insure the Company’s assets.

Conclusion of insurance policies for the Company’s assets at higher rates, resulting in a drastic increase of premiums.

If the Company’s assets are not insured, the Company may encounter problems with accessing external financing or bond rollover.

Ongoing contacts with the insurer, brokers involved in the renewal of insurance contracts.

Seeking out, with support of brokers, alternative reinsurance.

Consideration of alternative insurance cover.

Risk of capacity shortages due to hydrological conditions (temperature and water level in the Vistula River) resulting in penalties for failure to meet obligations arising from the Capacity Market

Risk category: physical

Perspective: short, medium and long-term

Failure to carry out modernisation/construction work on the temporary check dam during its operation, to secure the maximum production capacity of the plant over periods of adverse hydrological conditions. Interruption of business continuity, loss of revenue and significant additional costs. The inability of the plant to operate at its maximum capacity during periods of adverse hydrological conditions (lows) which may result in a failure to meet the Capacity Market obligation. To secure the performance of Capacity Obligations (CO) following loss of capacity, transactions are concluded in the Secondary Capacity Market, allowing the transfer of the obtained CO to the Capacity Market Units (CMUs) of the counterparty to a given transaction.
DISTRIBUTION Risk of catastrophic damage to elements of grid assets infrastructure as a result of extreme weather conditions causing increased operating costs

Risk category: physical

Perspective: long term.

Increased frequency of extreme weather events. Physical damage to elements of grid infrastructure as a result of extreme weather conditions. Visual inspections, check-ups and operational procedures in compliance with the due dates specified in the annual Maintenance Procedures Plans.

Ongoing removal of the effects of failures and damage to power lines and devices.

Capital expenditure projects related to the restoration of grid assets in compliance with the Capital Expenditure Plan.

The Company holds insurance against fortuitous losses.

Risk of inability to effectively manage RES generation sources connected to the distribution network due to organisational, legal, systemic, and technical unpreparedness
to implement this process

Risk category: transitions

Perspective: short, medium and long-term

Lack of infrastructural and system-based solutions that allow dynamic management of RES generation connected to the distribution network – application of restrictions.

Lack of organisational solutions related to connection agreements and distribution agreements governing the rules of introducing restrictions on the receipt of electricity from a generator.

Lack of infrastructure and system-based solutions that allow for dynamic management of RES energy distributions in the distribution grid.

Lack of solutions to store energy generated by RES sources connected to the distribution grid.

Lack of an adequate energy mix (including RES).

Penalties imposed by the Energy Regulatory Office.

Losses of energy transmitted over longer distances or to higher voltage lines.

Investors’ claims on account of the applied restrictions.

Lack of supervision and ability to dynamically manage power quality parameters in low voltage networks.

Introduction to connection agreements of provisions allowing control of connected renewable energy sources.
Risk of delays and constraints
in connecting new RES generation sources
to the distribution grid
due to infrastructural
organisational and legal unpreparedness

Risk category: transitions

Perspective: short, medium and long term

Limitations in infrastructure (mainly HV/MV stations).

Insufficient expenditure on the development of power grid infrastructure.

Inefficient handling of the connection process.

Disruption to the required pace of energy transition.

Penalties imposed by the Energy Regulatory Office.

Investors’ claims on account of delays in connection investment projects (potential lost profits’ costs).

Contractual penalties if unable to meet the issued connection conditions.

Increasing expenditure on RES connections.

Increasing the RES potential through change of connection criteria.

Enea Group Risk of breach of finance agreements (the climate aspect is one of several other component factors of this risk)

Risk category: transitions

Perspective: medium
to long-term

One of the factors affecting the risk is the potential downgrading/loss of rating caused by failure to meet the requirements of financial institutions as regards non-financial indicators (including CO2 emission level) or adequate progress in energy transition. Growing costs of finance.

Establishment of additional collateral.

Termination of agreements and the requirement of immediate debt repayment.

Loss of financial liquidity.

Starting negotiations with banks regarding amendments to financing conditions, including the required indicators, transition periods, extension of tenors, finance costs etc.

Taking out new borrowing to re-finance existing debt.

Risk of a rating downgrade
(the climate aspect is among several other component factors of this risk)

Risk category: transitions

Perspective: medium to long-term

One of the risk factors is coal assets which constitute a burden to the Enea Group in the context of the tightening EU environmental policy and the resulting aversion of financial institutions to finance entities with high carbon footprint, which restricts finance options, including for debt refinancing. Termination of financing agreements or necessity to renegotiate their terms and conditions with the creditors.

Higher finance costs following renegotiation of agreements or conclusion of new agreements.

Higher discount rate applicable to investment projects (higher cost of external equity).

Ongoing management of communications with the rating agency, efficient preparation of necessary materials and organisation of meetings.

Regular meetings with financial institutions, monitoring the possibilities to acquire short- and long-term financing.

Liquidity risk
(the climate aspect is among several other component factors of this risk)

Risk category: transitions

Perspective: medium to
long-term

CO2 emission allowance price fluctuations.

Factors associated with the implementation of the European Union policy.

Changes in prices of semi-finished products (raw materials), materials, production fuels.

Change in the policies and perceptions of financing entities (commercial banks and multilateral entities) as regards financing of investment projects, as well as in the financing of the Enea Group’s operations.

Lack of sufficient limits to enter into forward transactions for CO2 emission allowances at the OTC and exchange markets.

Lack of approval of the financing entities (including commercial banks, multilateral bank consortia, bond-holders) for further financing of Enea Group’s operations.

Provision of financing by the above-mentioned entities on disadvantageous terms and conditions (significant increase in margins, additional risk premium, etc.)

Lack of sufficient limits on the OTC market causes a significant increase in demand for funding.

Activation of the Emergency Financing Plan for the Enea Group developed in accordance with the guidelines of the Liquidity and Liquidity Risk Management Policy in the Enea Group.
Risk of adopting outdated macroeconomic assumptions and corporate discount rate for long-term financial projections (the climate aspect is among several other component factors of this risk)

Risk category: transition

Perspective: medium to
long-term

Progressive climate change affects climate policies of individual states and organisations, and it may potentially shape the operating principles of the system of CO2 emission allowances and pricing of these allowances. It is one of the factors influencing this risk. Occurrence of unexpected costs caused by wrong assumptions for long-term financial projections.  Losses or higher financial performance related to underestimation/overestimation of the assumed price paths. Periodic updates of price paths.
TRADING Risk of the unavailability of channels for the purchase of CO2 emission allowances in forward contracts

Risk category: transition

Perspective: short term

Growing price listings of contracts lead to lower trading limits in the individual channels and consequently limited ability to conclude forward contracts for CO2 emission allowances.

Change of financial institutions’ policies towards Enea as regards contribution to environmental protection in line with the EU climate policy (e.g. banking capital adequacy requirements).

Inability to hedge the purchase price of emission allowances that is a component of the CDS margin in relation to electricity production. Inability to hedge the CDS margin. Conclusion of contracts with new counterparties.

Other sources of debt financing.

Analysis of the possibility to use other available tools to hedge the commodity price (EUA).

Contracting on exchanges.

Opportunities arising from climate change

Climate risks can be transformed into new opportunities opening up paths to new products or services that mitigate the climate change or help adapt to it.

Climate-related opportunities are defined as possibilities arising from the impact of climate change on the enterprise, which can have a positive effect on the company. Adaptation to climate change is understood as anticipating its effects and taking appropriate measures to prevent or limit the damage it may cause. Climate change mitigation, on the other hand, refers to efforts to reduce or prevent greenhouse gas emissions.

Our Group regularly identifies and evaluates climate-related opportunities in the short term (until 2025), medium-term (until 2030) and long-term (until 2050) time perspectives.

Based on the broad range of opportunities arising from the climate change, we have identified the ones that ensue from the following sources:

  • resource efficiency (saving of resources),
  • reduction of transmission losses,
  • switch to low-carbon energy sources,
  • development and/or expansion of new low-carbon products and services,
  • access to new markets and technologies,
  • diversification of supply sources (security of supply).

Category Opportunity description Impact on Enea Group Opportunity management process
Market/Regulatory Opportunity Legal regulations, dictated by concerns about preserving the natural environment and its components, impose the necessity to make changes and imply the need to narrow the choice of available technologies. Poland lies outside the zone of intense tectonic movements and earthquakes, which represent the greatest threat to the stability of SMR generating units; hence other climate changes, both in the short and in the long term (changes in temperatures, fluctuations in water levels, variability in hydrological years), have a negligible impact on the operation of nuclear power plants, and thus on the health and quality of life of Enea Group’s Employees and Customers. According to the latest EU regulation, nuclear technology has been designated not as low, but as a zero-carbon technology, which guarantees not only improved energy efficiency, but also no emissions of other harmful, volatile substances. The development of zero-carbon nuclear technology creates new opportunities for generation, diversification and stabilisation of the grid. Furthermore, it opens up investment opportunities in the area of R&D&I and as regards development of advanced, low-carbon products and services, including cheaper electricity for households, products for energy-intensive industries (demand for high-temperature steam) and services of Enea Group acting as an operator of SMR-type units – a competitive advantage over other electricity suppliers in the country. Development of the nuclear power supply chain is an opportunity to establish business relationships with global leaders in SMR technology as well as domestic players that are just entering the market. Investments in the innovative SMR technology (there is no commercial SMR unit in the world, yet).
Market/technological opportunity Development opportunity in connection with the European Union policy – aiming to increase the share of energy from renewable sources in the total balance of the production. New investments in the renewable energy sector are not only a guarantee of new sources of revenue, but also a reputational opportunity to present Enea as a modern, eco-friendly and responsible supplier. New investments in the renewable energy sector – subsidies for the implementation of investment projects.
Market/technological opportunity Opportunity to develop new (hydrogen) technologies that reduce carbon footprint and guarantee significant reductions in greenhouse gas emissions that cause air pollution.  Opportunity to develop and implement modern technologies for the production and storage of green hydrogen. Opportunity to develop and implement modern technologies for the production and storage of green hydrogen.  However, the risk of relatively large capital expenditures on research and new technologies for producing green hydrogen must be considered. Efforts to obtain funding from government and European support programmes for modern production technologies and storage of green hydrogen.
Market opportunity Implementation of modern technological solutions related to cooling of buildings, especially district cooling. Global warming generates increased demand for cooling of buildings, which could make district heat-generated cooling a competitive product. A new product and service.

New revenue sources and their diversification.

Increased competitiveness by taking advantage of opportunities to invest in district heat cooling, which is in increasing demand due to global warming.

Investment in a new product/service. Diversification of revenue sources.
Market/technological opportunity Development of modern energy technologies (RES, energy storage, smart metering and energy management systems) creates opportunities to enter new markets, such as creation and operation of distributed heat facilities. The ability to make up for a possible decline in revenues from sales of district heating, caused by the trend of increasing average temperatures during the heating season, thanks to the development of distributed heat technology and the thermal modernisation of buildings. Diversification of revenue sources. Investment
in modern technologies.
Market/technological opportunity Investment in own low-carbon energy sources (gas and steam) resulting in lower energy generation costs and ensuring business continuity while reducing greenhouse gas emissions. The high flexibility of gas-steam units enables smooth operation of the PPS in the context of developing RES technologies in Poland. In the initial stages our journey towards climate neutrality, to maintain energy security, we intend to use inter alia gas as a low-emission transition fuel. Conventional low-carbon sources will stabilise the developing RES capacity. Conducting a social and economic analysis of the implemented investment project, with its ongoing update.
Market/technological opportunity Replacement of individual coal-fired heat sources, which no longer meet current standards, with heat from an efficient district heating system. Potential increase in ordered thermal capacity by new system heat consumers.

Increased revenue from ordered thermal power and sales of heat, thereby maintaining the status of an efficient district heating system.

Investment in an efficient district heating system
Market opportunity Potentially increasing market share in electricity sales and growing competitiveness through investment in products that promote consumption efficiency or increase the share of RES generation, e.g. cPPA, SMART product, Eco product. Maintaining market share, increasing revenue from sales of goods and services.

Development of Customer loyalty.

Increase of revenues relative to the number of new Customers, volumes sold, length of contract term.

Streamlining the implementation of new products.

Use of renewable energy sources with low carbon footprint. Obtaining certificates of renewable sources.

Market/technological opportunity The rapid effects of climate change that may occur over the next few years may increase the failure rate of newly built RES generation assets vulnerable to weather conditions (wind, solar).

Electricity storage will provide an alternative to cover electricity demand for up to over ten hours, including the protection of critical infrastructure Customers.

Opportunity to develop and implement modern technologies for energy storage, such as e.g. flow technology.

Creation of viable electricity reserves.

Improvement of energy efficiency and reduction of energy consumption during peak demand.

Construction of energy storage system infrastructure.

Implementation of innovative solutions in energy storage.

Market opportunity Fostering cooperation with local communities and building modern, comprehensive solutions, e.g. in connection with the implementation of the concept of energy clusters (energy cooperatives, self-sufficient energy communities). Possibility to build competitive edge and/or Customer loyalty by creating an offer to participate in their investment projects. Initiation of pilot projects in cooperation with local governments, e.g. IT tools contributing to energy security and management (cooperation with energy clusters).
Market/technological opportunity Development of energy technologies and R&D&I investments, including energy storage technologies, smart metering and energy management systems, electromobility, alternative fuels, hydrogen technologies, SMR/MMR technologies, participation in the creation and operation of energy islands. Opportunity to build a competitive advantage as well as invest and develop modern, innovative and improved technologies that use energy more efficiently. New investments in the sector – subsidies for the implementation of investment projects.
Market/technological opportunity The development of electromobility creates opportunities for growth which will result in reducing the generation of vehicle exhaust fumes.

Impact on the transformation of the energy sector and the transportation sector directly.

Better system balancing, efficient use of the night valley and integration of capacity from renewable energy sources.
In the long run, it could contribute to the spread of revolutionary solutions such as energy storage.Infrastructure development and construction of an extensive network of charging points.
Launching new investments.

Support of legislative changes and introduction of soft incentives.

Institutionalisation of cooperation among all stakeholders.

In 2023, in response to the challenges of transforming the electricity sector, we adopted the ENEA Capital Group Climate Policy. The Policy accounts for the issues linked with ensuring energy security in the context of the Enea Group’s efforts to reduce global warming and adapt to the ongoing climate change.

As a complementary document to our Strategy, the Policy defines the Group’s ambitions in terms of reducing our climate impact, and it indicates what management methods we intend to use in our adaptation to the existing and forecasted climate change. The Policy will also help us achieve the objectives of the EU’s climate and energy policy and attain the goals of international commitments related to the reduction of greenhouse gas emissions.

Our plan is that the Enea Group Development Strategy should lead to sustainable transformation that will build the Group’s value through achieving climate neutrality. To this end, the Enea Group intends to embark on the following:

  1. Development of renewable energy sources based on state-of-the-art technologies. The increase in the RES installed capacity will be achieved through:
    • acquisitions
    • own projects
    • cooperation with business partners.
  1. Building long-term Customer loyalty and lasting relationships with Customers. With the help of modern technologies it will be possible to reduce the cost of reaching the Customer, and thus maintain ongoing relationships.
  2. Implementation of innovations and new technologies in the Enea Group. Efficient implementation of RES projects and projects focused on new technologies, and the prioritisation of such undertakings will enable us to develop a competitive advantage in the area of generation.

At the initial stages our journey towards climate neutrality, to maintain energy security, we intend to use biomass and gas as a low-emission transition fuel. Our investments in this field will be limited to the replacement of some generation capacities. Conventional low-carbon sources will stabilise the developing RES capacity.

The climate change and the energy transition aimed to slow down its pace might create both new opportunities and threats to the Enea Group’s operations. That is why our Group continually examines the possible climate scenarios, including those that are in line with the Paris Agreement and are intended to limit the global temperature increase to less than 2°C, and ultimately to 1.5°C compared to the pre-industrial era. In 2023, we conducted a scenario analysis which provided insight into the factors that could affect the Enea Group’s value and business opportunities.

The climate scenario analysis carried out by the Group covered three time horizons and two climate scenarios:

  • short term – until 2025,
  • medium term – until 2030, in two climate scenarios: below 2°C and 4°C,
  • long term – until 2050, in two climate scenarios: below 2°C and 4°C.

We identified, among others, the following activities that enable adaptation to the climate change by mitigating climate risks:

  • adapting the Enea Group’s assets and business operations to the changing climate conditions, as well as adopting the Group’s development directions accordingly;
  • offering products and/or services that allow Customers to adapt to climate change;
  • creating higher revenue from sales of eco-friendly products and services;
  • taking climate aspects (including climate-related risks and opportunities) into account when assessing new investments;
  • active participation in the transition towards a climate-resilient circular economy;
  • cooperation with business partners and social stakeholders to adapt to climate change and improve energy efficiency.

Risk management

The Enea Group regularly identifies enterprise risks (including non-financial ones) related to its operations and manages them accordingly, ensuring that the organisation is adequately prepared for the potential consequences, should any of the risks materialise.

This cyclical assessment of enterprise risks is carried out by the respective risk owners, in accordance with the requirements of the ENEA Group Enterprise Risk Management Methodology. The process involves updating the assessment of the likelihood that the given risk will materialise and the potential implications of that materialisation in terms of the financial and reputational, health and safety and environmental impacts. The estimation of the likelihood of risk materialisation and the assessment of potential implications make it possible to classify the risks as critical, key, medium and low. Next, risk owners define mitigating actions aimed at reducing the likelihood of risk occurrence and the effects of the risk materialisation, as well as response plans to be followed in the event that the risks materialise.

All identified and assessed risks related to the operations of specific Group’s companies are entered into the so-called Risk Register. The members of the companies’ management boards are notified of new and archived risks, material changes in risks as well as potential operational events related to the identified risks. Moreover, the management boards of individual companies and the Enea SA’s Management Board receive periodic reports on the status of enterprise risks.

The key authority in the risk management process is the Risk Committee. It is an internal team within the Enea Group, established in order to support the Management Board of Enea SA in the following areas:

  • managing enterprise risk in the Enea Group,
  • managing business continuity in the Enea Group,
  • managing the Compliance area in the Enea Group,
  • managing insurance policy in the Enea Group.

Pursuant to the ENEA Capital Group Climate Policy, which was adopted in 2023, special attention should be paid to risks related to the climate change. In the future these risks will be identified under a dedicated process, they will be subject to ongoing and periodical monitoring and reporting for the needs of the Enea Group. Mitigation measures will also be planned for the identified climate risks.

As part of this process, the organisational units of the Enea Group’s companies will identify and periodically report climate risks to the Enea SA’s Climate Transition Office, which will coordinate and support the development of recommended courses of action to be taken by the Group’s companies in connection with the impact on climate or the direct impact of climate on the assets of the Group.

The owners of the identified climate risks will be responsible for their management, monitoring and prioritising, as well as for identification of the relevant mitigating actions.

Before the adoption of the ENEA Capital Group Climate Policy, climate-related risks were selected from amongst the enterprise risks identified, prioritised and periodically assessed by their owners under the enterprise risk management process, in compliance with the assumptions of the ENEA Group Enterprise Risk Management Policy and the ENEA Group Enterprise Risks Management Methodology. These risks, like other types of enterprise risks, are subject to ongoing and cyclical monitoring and reporting for the needs of the parent company and the Enea Group.

Following the introduction of our climate policy, climate-related risks are identified within the framework of a dedicated process laid down in the methodology constituting a separate internal regulation. These risks will be managed, prioritised and periodically assessed by their owners within the framework of our climate risk management process.

Metrics and targets

The Group has established certain metrics the values of which reflect the climate change, such as:

Moreover, the established energy efficiency values are seen as a tool to support the organisation in achieving its emission reduction targets. We have also selected metrics and targets to assess the potential impact of climate change on our organisation and the opportunities arising from climate change. Furthermore, we are developing our system of monitoring and reporting to track progress towards achieving our goals under international climate commitments.

Our Group is committed to minimising carbon emissions throughout the value chain, with a view to achieving climate neutrality in 2050. These ambitions are aligned with the European Union’s climate goals and public expectations. The main directions of the Enea Group’s climate neutrality efforts include, in addition to the transition away from combustion of fossil fuels, the development of renewable energy sources and the improvement of energy efficiency.

The ENEA Capital Group Climate Policy is based on the Paris Agreement which stipulates that the EU economy will be the first to become carbon neutral by 2050, whereby it will be possible to limit the global average temperature increase to no more than 1.5°C above pre-industrial levels. Our Group’s efforts associated with achieving this goal are aimed at mitigating climate risks – both transition risks and physical risks.

Our disclosure of greenhouse gas emissions for 2023 can be found in Chapter 3 of this Report, in table:  GHG emissions in the Enea Group, 2023.

The Group sets short- and long-term goals linked with the climate and revises them at least once every 5 years.
They include:

  • achieving climate neutrality from 2050 onwards (in terms of greenhouse gas emissions in Scopes 1 and 2),
  • reduction of greenhouse gas emissions until 2050:
    • 2025 – 192 kg CO2/MWh,
    • 2030 – 254 kg CO2/MWh,
    • 2040 – 201 kg CO2/
  • increase of the installed RES capacity in the Enea Group:
    • 2025 – 920 MW,
    • 2030 – 1 510 MW,
    • 2040 – 3 580 MW.
  • Goals of investment in new RES capacity:
    in 2023–2042, the planned capital expenditures for Renewable Energy Sources are estimated at PLN 13.8 billion. The structure of capital expenditures for new capacity from renewable energy sources is as follows1):
    • offshore 19%
    • onshore 21%
    • photovoltaics 36%
    • biogas 7%
    • energy storage facilities 16%.

1) Approx. 0.03% of the expenditures on renewable energy sources will be allocated to hydropower plants; due to rounding, the expenditures on individual technologies might not add up to 100%

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