E1/83. ACS Servicios Comunicaciones y Energía S.L. Green Notes. Green Evaluation. Transaction Overview. Green Evaluation Overview.

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Green Evaluation ACS Servicios Comunicaciones y Energía S.L. Green Notes Transaction Overview ACS Servicios Comunicaciones y Energía S.L. (ACS SCE) plans to issue 750 million of direct, general, unconditional, unsubordinated, and unsecured notes in April 2018. Proceeds of the offering will be used to finance or refinance the development, construction, installation, and maintenance of new or existing eligible green projects, assets, or activities. These include renewable energy, energy distribution and management, water and wastewater management, and energy efficiency projects for which ACS SCE has either a full or partial ownership stake across North America, South America, Europe, Asia, and Africa. Green Evaluation Overview Entity: Subsector: Location (HQ): Financing value: ACS SCE Renewable Energy Spain Amount evaluated: 84% 750 million Evaluation date: April 3, 2018 Contact: Corinne Bendersky +44-207-176-0216 corinne.bendersky @spglobal.com Transaction's Transparency - Use of proceeds reporting - Reporting comprehensiveness 82 100 E1 E2 Overall Score E1/83 Transaction's Governance - Management of proceeds - Impact assessment structure 88 0 E3 E4 Weighted aggregate of three (Transparency + Governance + ) Sector Net Benefit Ranking Hierarchy Adjustments Renewables & Efficiency Water Solar, Wind, Hydro, General Renewables, Lighting Water Treatment, Distribution, Desalination Carbon Water 83 Adaptation NA S&P Global Ratings Green Evaluation. This product is not a credit rating. 1

Project Description ACS SCE will use note proceeds for a diverse range of renewable energy, transmission, efficiency, and water projects situated across a wide range of countries around the world. About 85% of bond proceeds will be used to refinance ACS SCE s portfolio of eligible projects, and the remaining proceeds will finance additional investments in existing projects. ACS SCE is a part of the ACS Group, a global leader in infrastructure development. ACS SCE includes a number of operating subsidiaries that have either full or partial ownership interests in the eligible assets. Renewable energy projects, which account for 59% of proceeds allocation, involve 16 installations with a total capacity of 3.6 GW from solar (photovoltaic (PV) and concentrated solar power (CSP)), wind (onshore and offshore), and small hydropower assets. These projects are located in the U.S., Spain, U.K., Uruguay, Peru, Brazil, South Africa, Mexico, and Taiwan. About 20% of proceeds are allocated for energy distribution and management projects in Brazil, Chile, and Peru, and include transmission projects that support the integration of renewable energy into national grids and network efficiency improvements. Under our analytical approach, transmission projects used for clean energy integration are evaluated using a renewable technology proxy factor given the role this infrastructure plays in enabling clean energy integration. We exclude proceeds that fund network efficiency improvements from our evaluation as these technologies are currently out of scope. Water projects account for 12% of proceeds and involve seawater desalination projects in Africa, United Arab Emirates, and Peru as well as wastewater treatment and recycling and water distribution network improvements in Peru. The final 9% of bond proceeds are allocated to lighting upgrades in Spain. Scoring Summary This transaction achieves the strongest Green Evaluation score of E1 on our scale of E1 (highest) to E4 (lowest) and an overall score of 83. The evaluation reflects a high score of 83 which is largely supported by proceeds allocated to renewable energy and water projects in countries with medium carbon intensity grids and medium high water stress coupled with our hierarchy adjustment that reflects the role these technologies play in the transition to a low carbon economy. The E1 score also reflects the strong Governance (88) and Transparency (82) framework which is aligned with the Green Bond Principles. Rationale - In our evaluation, the proceeds are allocated to renewable energy (75%), water (14%), and energy efficiency (11%) technologies across a variety of countries globally. We assess clean energy transmission-related projects using a renewable energy proxy based on their function as enabling infrastructure. - Our evaluation considers 84% of the total bond proceeds allocation. We exclude proceeds that fund network efficiency improvement technologies from our assessment, which are currently out of scope. - The evaluation considers the overall net environmental impact of each technology relative to the local energy grid and/or water system. The overall grid carbon intensity factor, aggregated across all countries where projects are located, is considered medium. The aggregated water stress factor is medium-high. - Renewable energy technology and wastewater treatment projects are considered long-term green solutions and are placed at the top end of our carbon and water hierarchies, which facilitates the uplift of the overall mitigation score. - ACS SCE green notes achieve very strong Governance and Transparency scores via a robust green bond framework aligned with the Green Bond Principles that features a clear and transparent project selection criteria, third party verification of proceeds allocation, and annual reporting of environmental impacts. Key Strengths And Weaknesses The green bond proceeds will be used to refinance and/or fund additional capital for a diversified set of environmentally beneficial assets dispersed across a vast geographic footprint spanning North America, South America, Europe, Asia, and Africa. Three quarters of the green bond proceeds are allocated to a range of clean energy technologies including solar PV and CSP, onshore and offshore wind, and hydro power in countries with an aggregate grid carbon intensity which we consider medium when compared to grids globally. The offshore wind projects, which include a 996 MW installation in Taiwan and a 50 MW project in the U.K., achieve the highest unadjusted net benefit score given the relatively high capacity factors offered by the technology and consequently, the comparatively higher carbon emissions offset in grids that are moderately high in carbon intensity. Overall, the tilt of the asset pool toward renewable energy enables further uplift through our hierarchy adjustment, which differentiates the systemic importance of renewable energy in the decarbonization of the economy along the 2 Celsius target of the Paris Climate Agreement. Water-related projects in the pool, for which 12% of bond proceeds are assigned, also offer significant environmental benefits. These assets include a wastewater treatment system in Peru which we believe provides systemic enhancements in water improvement and seawater desalination projects provide marginal system enhancements in high water stress regions of Africa, Peru, and the United Arab Emirates. The lighting projects in Spain offer some environmental benefit in terms of the reduced energy demand, which is reflected in the overall score. The ultimate score achieved is strong at 83, reflecting a relatively high net benefit score from the predominant proceeds allocation toward renewable energy projects and the positive adjustments from our hierarchy overlay. ACS SCE s Green Bond Framework meets the guidelines of the Green Bond Principles, facilitating robust governance and transparency of the green bond issue. The framework draws its strength from a defined selection criteria based on a set of environmental objectives and alignment with the United Nations Sustainable Development Goals. A Green Bond Committee consisting of senior S&P Global Ratings Green Evaluation This product is not a credit rating. 2

representatives from ACS Group is responsible for tracking the financing allocation and reporting annually on the use of proceeds. The proceeds are not held in a separate sub-account; however, the framework ensures committee oversight and the reporting of bond allocations benefits from third party verification. On an annual basis, net environmental benefits associated with the technologies over their operating life are disclosed and expressed using advanced indicators including annual attributable greenhouse gas emissions avoided (tco2e) and total volume of water production and treatment and when applicable and feasible, the number of people affected through access to clean water. However, the environmental impact data does not benefit from independent assurance. Overall, the bond scores very high in terms of Transparency, achieving 82, and in Governance, achieving 88. Sector level scores Sector Location Technology Use of Proceeds ( mil.) Use of Proceeds treatment Net Benefit Ranking Green Power Generation Nevada Solar Thermal Power Generation 198.9 Estimated 59 Energy Star Products Spain Lighting 66.4 Estimated 50 Green Power Generation Spain Solar Photovoltaic Power Generation 50.6 Estimated 31 Green Power Generation United Kingdom Offshore Wind Power Generation 49.6 Estimated 70 Seawater Desalination Africa Seawater Desalination 45.3 Estimated 24 Green Power Generation Uruguay Onshore Wind Power Generation 31.1 Estimated 41 Green Power Generation Peru Onshore Wind Power Generation 30.7 Estimated 41 Green Energy Generation Brazil Biomass Power 29.6 Estimated 14 Green Power Generation South Africa Solar Thermal Power 24.8 Estimated 86 Green Power Generation Brazil Solar Photovoltaic Generation 24.5 Estimated 31 Green Power Generation Mexico Onshore Wind Power Generation 23.3 Estimated 70 Wastewater Treatment Potable Water Peru Wastewater Treatment Potable Water 22.7 Estimated 100 Seawater Desalination Peru Seawater Desalination Plant 13.4 Estimated 71 Green Power Generation Peru Hydroelectric Power Generation- Small 5.1 Estimated 75 Seawater Desalination United Arab Emirates Seawater Desalination 4.4 Estimated 88 Water Distribution Network Improvements Peru Water Distribution Network Improvements 3.3 Estimated 68 Green Power Generation Taiwan Offshore Wind Power Generation 2.4 Estimated 70 Green Power Generation Spain Onshore Wind Power Generation 2.4 Estimated 42 629 S&P Global Ratings Green Evaluation This product is not a credit rating. 3

Carbon Green Evaluation Process 82 Transparency 88 Governance 83 Weighted aggregate of three (Transparency + Governance + ) E1/83 Overall Score Technology Baseline Carbon Intensity Net Benefit Ranking Carbon Hierarchy Adjustment Environmental Impact Score Proceeds (629 mil.) High Low Aggregated Offshore wind power 70 Systemic decarbonization 92 51.99 Small hydro 75 94 5.13 Solar power 54 88 298.71 Onshore wind power 49 87 87.55 Large hydro (excluding tropical areas) Biomass Power 14 80 29.60 Green transport without fossil fuel combustion Green buildings new build Energy efficient projects (industrial and appliance efficiencies) 50 Green transport with fossil fuel combustion Green buildings refurbishment Nuclear Large hydro in tropical areas Increasing Decarbonization Impact Significant decarbonization in sectors already aligned with a green economy Alleviating emissions of existing carbon-intense industries Decarbonization technologies with significant environmental hazards 70 66.36 Coal to natural gas Cleaner fuel production Cleaner use of coal Improvement of fossil-fueled activities environmental efficiency S&P Global Ratings Green Evaluation This product is not a credit rating. 4

Water Green Evaluation Process 82 Transparency 88 Governance 83 Weighted aggregate of three (Transparency + Governance + ) E1/83 Overall Score Technology Baseline Water Stress Net Benefit Ranking Water Stress and Hierarchy Adjustment Environmental Impact Score Proceeds (629 mil.) High Aggregate Low Recycling wastewater for water (agricultural uses) Recycling wastewater for water (other uses) Increasing freshwater availability through system enhancements Wastewater treatment with no energy recovery 100 100 22.72 Wastewater treatment with energy recovery Reducing water losses in water distribution network 68 Improving delivery of existing freshwater supplies Water desalination to supply municipal water 38 Increasing freshwater availability with significant negative environmental impact Conservation measure in residential buildings Conservation measure in commercial buildings Conservation measure in industrial buildings Smart metering in residential buildings Increasing Water Sustainability Reducing demand on potable water supplies 73 3.33 55 63.04 S&P Global Ratings Green Evaluation This product is not a credit rating. 5

Our Green Evaluation Approach Weighted aggregate of three: Transparency + Governance + or Adaptation = Green Evaluation Common approach used amongst opinion providers Unique to S&P Global Ratings Transparency Governance Adaptation - Use of proceeds reporting - Reporting comprehensiveness - Management of proceeds - Impact Assessment Structure Buildings, industrial efficiencies, energy infrastructure, transport, and water Resilience capex such as flood defenses, asset protection etc. Net Benefit Ranking Cost Benefit Ranking ekpi s: Carbon, Waste, Water Use Resilience benefit ratio: Estimate of reduction in damages if event occurs Hierarchy Applied Environmental Impact Resilience Level Score Adaptation Score Final Green Evaluation (E1- E4 or R1- R4) ekpi Environmental Key Performance Indicator S&P Global Ratings Green Evaluation This product is not a credit rating. 6

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