Skip to content

Energy in Chile Potential Addressable Market

Addressable Market Calculation

1. Affordable & Accessible Clean Energy Solutions for Regulated Customers

This whitespace targets residential, commercial, and small industrial customers seeking relief from high tariffs and a desire for cleaner, more reliable energy. The addressable market can be viewed as the potential investment in distributed energy resources and the value of related services.

  • Key Assumptions & Rationale:

    • Number of Regulated Customers: Represents the total pool of potential customers. Based on the scale of major distribution companies like Enel Distribución (>2.1 million in the Metropolitan Region) [VA 38] and the presence of other large players (CGE, Chilquinta) serving the rest of the country [VA 38], the total number is estimated to be in the millions.
    • % of Customers Addressable for Solutions: Not all regulated customers are suitable or willing to adopt solutions like rooftop solar, storage, efficiency measures, or digital services due to factors like building type, financial capacity, or awareness. This percentage defines the realistic reach of these solutions within the customer base.
    • Average System Size/Consumption/Fee: These metrics define the scale of deployment or the value per addressable customer for different types of solutions (PV installation size, annual energy use for efficiency savings, subscription fee for digital tools, etc.).
    • Cost/Tariff: Installation costs for technologies and prevailing electricity tariffs determine the total potential investment value or the annual value of energy savings.

  • Researched Numbers with Rationale and Sources:

    • Number of Regulated Customers in Chile (2024/2025): Estimated range of 4 million to 6 million. Rationale: Enel Distribución serves >2.1 million in the Metropolitan Region [VA 38]; CGE and Chilquinta are other principal distributors covering wide areas [VA 38]; the CNE projects regulated customer consumption of 15.5 TWh in 2025 [VA 1]. This range is an inference based on these indicators, as a precise total customer count for 2024/2025 is not directly provided in the snippets.
    • % of Customers Addressable for Solar PV & Storage: Estimated range of 10% to 30% for rooftop solar, and 5% to 15% for storage. Rationale: Growing interest signaled by increased NetBilling inquiries [Niche Analysis, CT] suggests a significant portion is addressable, but practical constraints (roof access, finances) limit the total.
    • Average PV System Size (kW) for Regulated Customers: Estimated range of 5 kW to 15 kW. Rationale: Reflects typical residential to small commercial/industrial rooftop system sizes.
    • Average PV Installation Cost ($/kW): Estimated range of $1,200 to $2,000. Rationale: Based on general knowledge of regional solar installation costs, acknowledging variability. Specific Chilean 2024/2025 cost data per kW for this segment is not in the snippets.
    • Average Storage Size (kWh) for Regulated Customers: Estimated range of 10 kWh to 30 kWh. Rationale: Typical battery system sizing for residential backup or solar optimization.
    • Average Storage Installation Cost ($/kWh): Estimated range of $600 to $1,000. Rationale: Based on general knowledge of battery system costs. Specific Chilean 2024/2025 cost data is not in the snippets.
    • % of Customers Addressable for Energy Efficiency Services: Estimated range of 30% to 60%. Rationale: Energy efficiency is broadly applicable, and the "Tariff Shock" creates a strong incentive [Pains, CT].
    • Average Annual Energy Consumption (kWh/customer) for Regulated Customers: Estimated range of 2,500 kWh to 4,000 kWh. Rationale: Derived from the CNE's projected 15.5 TWh regulated consumption in 2025 divided by the estimated number of regulated customers [VA 1].
    • Potential Energy Savings (%): Estimated range of 10% to 25%. Rationale: A typical range for achievable energy savings through efficiency measures.
    • Average Electricity Tariff ($/kWh) for Regulated Customers: Estimated range of $0.18 to $0.28. Rationale: Reflects the significant tariff increases in 2024 and ongoing adjustments [Pains, CT].
    • % of Customers Addressable for Digital Energy Management Services: Estimated range of 20% to 50%. Rationale: Digitalization efforts are increasing, creating potential for broader adoption of related services.
    • Average Annual Subscription Fee ($/customer) for Digital Services: Estimated range of $12 to $60. Rationale: An assumption based on potential pricing models for consumer-facing digital services. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Total Installation Market (Solar PV & Storage):

      • Low End: (4M customers * 10% addressable * 5 kW/customer * $1,200/kW) + (4M customers * 5% addressable * 10 kWh/customer * $600/kWh) = $2.4 billion + $1.2 billion = $3.6 billion
      • High End: (6M customers * 30% addressable * 15 kW/customer * $2,000/kW) + (6M customers * 15% addressable * 30 kWh/customer * $1,000/kWh) = $54 billion + $27 billion = $81 billion
      • Estimated potential total installation market: $3.6 billion to $81 billion. (Note: This represents the total potential capital expenditure opportunity over time, not an annual market size).

    • Potential Annual Energy Efficiency Services Market (Value of Savings):

      • Low End: (4M customers * 30% addressable * 2500 kWh/customer * 10% savings * $0.18/kWh) = $64.8 million
      • High End: (6M customers * 60% addressable * 4000 kWh/customer * 25% savings * $0.28/kWh) = $1,008 million (~$1 billion)
      • Estimated potential annual market (value of savings): $65 million to $1 billion per year. (Note: The addressable market for service providers is a portion of this value).

    • Potential Annual Digital Energy Management Services Market (Subscription Revenue):

      • Low End: (4M customers * 20% addressable * $12/year) = $9.6 million
      • High End: (6M customers * 50% addressable * $60/year) = $180 million
      • Estimated potential annual market: $10 million to $180 million per year.

    • Overall Addressable Market for Whitespace 1: The potential addressable market for providing affordable and accessible clean energy solutions to regulated customers encompasses a potential total investment in distributed energy resources ranging from $3.6 billion to $81 billion over time, coupled with potential annual markets for energy efficiency services worth $65 million to $1 billion (based on savings value) and digital energy management services worth $10 million to $180 million.

2. Specialized Services for Large Free Customers & ESG Compliance

This whitespace focuses on providing advisory, transaction, and ongoing management services to large industrial and mining customers navigating complex PPA negotiations and ESG requirements.

  • Key Assumptions & Rationale:

    • Number of Large Free Customers: Represents the total base of potential clients. These are entities with high energy consumption able to contract directly with generators.
    • PPA Negotiation Frequency & Value: Defines the volume and scale of energy procurement transactions requiring specialized support.
    • Service Fee Structure: Determines the revenue captured by service providers from these transactions or ongoing relationships.

  • Researched Numbers with Rationale and Sources:

    • Number of Large Free Customers in Chile: Estimated range of 500 to 2,000. Rationale: Free customers have >300 kW demand [CT, VA 2]; includes major mining and industrial firms [VA 3, VA 8]. This is an estimation of the number of distinct entities in this segment.
    • % Negotiating PPA per Year: Estimated range of 5% to 15%. Rationale: Reflects that not all customers negotiate major, long-term PPAs every year, but a significant portion are active in the market through new contracts, renegotiations, or expansions.
    • Average Annual Energy Value Contracted per PPA ($M/year): Estimated range of $10 million to $50 million. Rationale: Inferred from examples of PPA sizes (Colbún's 2,106 GWh/year contracts with mining clients [VA 38]) and a hypothetical average energy price ($0.08/kWh), representing the annual value of energy secured in a typical significant PPA negotiation.
    • Average Service Fee (% of Annual Energy Value): Estimated range of 0.5% to 2%. Rationale: A typical range for advisory or transaction fees based on the value of the contract. Data not in snippets.
    • Average Annual Fee for Ongoing Services ($/customer/year): Estimated range of $10,000 to $50,000. Rationale: An estimation of the potential annual revenue from retainer or ongoing management services for large clients. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Annual PPA Transaction Facilitation/Advisory Market:

      • Low End: (500 customers * 5% negotiating * $10M annual value * 0.5% fee) = $0.125 million
      • High End: (2000 customers * 15% negotiating * $50M annual value * 2% fee) = $30 million
      • Estimated potential annual market: $0.1 million to $30 million per year.

    • Potential Annual Ongoing Energy Management & ESG Compliance Services Market:

      • Low End: (500 customers * $10,000/year) = $5 million
      • High End: (2000 customers * $50,000/year) = $100 million
      • Estimated potential annual market: $5 million to $100 million per year.

    • Overall Addressable Market for Whitespace 2: The potential addressable market for specialized services for large free customers is estimated to be in the range of $5 million to $130 million per year, combining the value of PPA transaction services and ongoing energy and ESG management support.

3. Solutions Addressing Grid Congestion & Enhancing Flexibility

This whitespace targets grid operators and asset owners with technologies and services that alleviate transmission constraints and provide flexibility to the power system.

  • Key Assumptions & Rationale:

    • Required BESS Capacity: Represents the need for new energy storage installations to manage renewable intermittency and congestion.
    • BESS Installation Cost: Defines the potential capital expenditure market for battery storage systems.
    • Total Flexibility Needed & Value: Quantifies the system's requirement for flexible resources and the potential annual revenue opportunity for providers of flexibility services (ancillary services, capacity).
    • Addressable Grid Assets & Software Fee: Represents the potential market for digital solutions that optimize grid operations and asset management.

  • Researched Numbers with Rationale and Sources:

    • Required BESS Capacity (GW): Estimated range of 2 GW to 5 GW in the short-medium term. Rationale: Driven by the "significant pipeline" of projects [Signals, Niche Analysis], investments by major players (Colbún 228 MW, Engie approved projects) [Niche Analysis], and the rapid growth of renewables (Engie implemented 1.3-1.4 GW in 2024) necessitating storage for integration and curtailment reduction [VA 38, Signals, Pains].
    • Average BESS Installation Cost ($/kW): Estimated range of $400 to $800. Rationale: Based on typical costs for utility-scale battery storage projects. Specific Chilean 2024/2025 data is not in the snippets.
    • Total Flexibility Needed (MW): Estimated range of 1,000 MW to 3,000 MW. Rationale: Inferred from the need to manage the variability of a system with a 68% renewable share [Signals] and significant future VRE additions, requiring a substantial portion of the system to be flexible or supported by flexible resources.
    • Average Annual Value of Flexibility ($/MW/year): Estimated range of $50,000 to $150,000. Rationale: Represents potential revenue from stacking services like energy arbitrage, capacity markets, and ancillary services, which the regulatory framework is evolving to remunerate [Signals, Niche Analysis]. Data on specific values is not in snippets.
    • Number of Addressable Grid Assets/Nodes for Software: Estimated range of 500 to 2,000. Rationale: Represents key points in the transmission and distribution networks (major substations, generation connection points) where advanced software can be applied.
    • Average Annual Software Fee ($/asset or node): Estimated range of $5,000 to $20,000. Rationale: An estimation of typical annual software or service fees for grid optimization tools. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Total BESS Deployment Market (Installation):

      • Low End: (2,000 MW * $400/kW) = $800 million
      • High End: (5,000 MW * $800/kW) = $4,000 million ($4 billion)
      • Estimated potential total installation market: $0.8 billion to $4 billion. (Note: This represents the potential capital expenditure opportunity over the short-medium term).

    • Potential Annual Flexibility Services Market:

      • Low End: (1,000 MW * $50,000/year) = $50 million
      • High End: (3,000 MW * $150,000/year) = $450 million
      • Estimated potential annual market: $50 million to $450 million per year.

    • Potential Annual Grid Software/Analytics Market:

      • Low End: (500 assets * $5,000/year) = $2.5 million
      • High End: (2000 assets * $20,000/year) = $40 million
      • Estimated potential annual market: $2.5 million to $40 million per year.

    • Overall Addressable Market for Whitespace 3: The potential addressable market for solutions addressing grid congestion and enhancing flexibility involves a potential total BESS installation market of $0.8 billion to $4 billion over the short-medium term, supported by potential annual markets for flexibility services worth $50 million to $450 million and grid software/analytics worth $2.5 million to $40 million.

4. Services Supporting Electrification & New Energy Vectors

This whitespace addresses the infrastructure and services needed for the growing electrification of transport, heat, and industry, as well as the development of the green hydrogen economy.

  • Key Assumptions & Rationale:

    • Projected EV Numbers & Charging Needs: Represents the potential market for EV charging infrastructure. (Data gap acknowledged).
    • Addressable Industrial Facilities & Electrification Project Value: Represents the potential market for converting industrial processes to electricity. (Data gap acknowledged).
    • Projected Green H2 Production Capacity & Infrastructure Costs: Represents the potential market for building the green hydrogen value chain.

  • Researched Numbers with Rationale and Sources:

    • Projected Number of EVs in Chile: Data not available in the provided text.
    • Average Charging Points per EV: Estimated range of 0.5 to 1.5. Rationale: An assumption considering home, workplace, and public charging needs. Data not in snippets.
    • Average Installation Cost per Charging Point ($): Estimated range of $500 to $10,000. Rationale: Reflects the cost variability from residential to fast DC chargers. Data not in snippets.
    • Number of Addressable Industrial Facilities for Electrification: Data not available in the provided text.
    • Average Project Value ($) or Annual Service Fee ($) for Industrial Electrification: Data not available in the provided text.
    • Projected Green H2 Production Capacity (MW Electrolysis) in the near-term (e.g., by 2026-2028): Estimated range of 100 MW to 500 MW. Rationale: While long-term potential is much higher (multi-GW implied by 2035/2043 demand forecasts [VA 3]), this range represents the scale of initial pilot and early commercial projects expected in the near term.
    • Average Installation Cost ($/kW Electrolysis): Estimated range of $800 to $1,500. Rationale: Based on current estimates for electrolyzer costs. Data not in snippets.
    • Associated Infrastructure Costs (% of Electrolysis Cost): Estimated range of 50% to 150%. Rationale: Represents the additional cost for balance of plant, storage, compression, and initial distribution/refueling infrastructure. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Total EV Charging Infrastructure Market (Installation):

      • Data Gap: Cannot be quantified accurately from the provided text due to lack of EV projection data.

    • Potential Total Industrial Electrification Solutions Market (Project/Annual Value):

      • Data Gap: Cannot be quantified accurately from the provided text due to lack of data on addressable facilities and project values/fees.

    • Potential Total Near-Term Green Hydrogen Infrastructure Market (Installation):

      • Potential Electrolysis Installation Value: (100 MW * $800/kW) to (500 MW * $1,500/kW) = $80 million to $750 million.
      • Potential Associated Infrastructure Cost: ($80M * 50%) to ($750M * 150%) = $40 million to $1,125 million.
      • Total Potential Installation Market: ($80M + $40M) to ($750M + $1,125M) = $120 million to $1.875 billion.
      • Estimated potential near-term installation market for Green Hydrogen infrastructure: $0.1 billion to $1.9 billion.

    • Overall Addressable Market for Whitespace 4: While a full quantification is not possible due to data gaps regarding EV charging and industrial electrification, the potential near-term market for Green Hydrogen infrastructure development is estimated to be in the range of $0.1 billion to $1.9 billion for initial build-out. Long-term potential is significantly higher.

5. Regulatory Navigation & Project Development Facilitation

This whitespace provides specialized services to help developers and investors navigate the complex regulatory environment and streamline the process of developing energy projects.

  • Key Assumptions & Rationale:

    • Number of Energy Projects Under Development: Represents the pipeline of projects requiring regulatory and development support.
    • Service Fee Structure: Defines the revenue captured by advisory firms and digital platform providers.

  • Researched Numbers with Rationale and Sources:

    • Number of Energy Projects Under Development in Chile: Estimated range of 50 to 200 significant projects. Rationale: Inferred from the scale of planned capacity additions in renewables, storage, and the emergence of H2 projects [VA 38, Signals]. This represents projects actively moving through development phases.
    • Average Annual Fee per Project ($) for Advisory: Estimated range of $50,000 to $250,000. Rationale: An estimation of the annual cost for specialized regulatory and development consulting for a significant project. Data not in snippets.
    • Number of Potential Users (Developers/Investors): Estimated range of 50 to 300. Rationale: Represents the companies and investment funds actively involved in developing Chilean energy projects.
    • Average Annual Subscription Fee per User ($) for Digital Platforms: Estimated range of $5,000 to $20,000. Rationale: An estimation of potential enterprise-level subscription fees for regulatory tracking and management software. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Annual Advisory Services Market:

      • Low End: (50 projects * $50,000/year) = $2.5 million
      • High End: (200 projects * $250,000/year) = $50 million
      • Estimated potential annual market: $2.5 million to $50 million per year.

    • Potential Annual Digital Platforms/Software Market:

      • Low End: (50 users * $5,000/year) = $0.25 million
      • High End: (300 users * $20,000/year) = $6 million
      • Estimated potential annual market: $0.25 million to $6 million per year.

    • Overall Addressable Market for Whitespace 5: The potential addressable market for regulatory navigation and project development facilitation services is estimated to be in the range of $2.75 million to $56 million per year, combining advisory and digital platform services.

6. Advanced Data Analytics and Digital Twin Solutions for Energy Assets

This whitespace involves providing software and services leveraging data, AI, and digital twins to optimize the performance and management of energy infrastructure assets.

  • Key Assumptions & Rationale:

    • Number of Addressable Energy Assets: Represents the installed base of generation plants and significant network infrastructure that can benefit from advanced digital solutions.
    • Software/Service Fee: Defines the potential annual revenue from providing ongoing data analytics and AI capabilities.
    • Number of Assets Suitable for Digital Twin & Implementation Cost: Represents the subset of critical assets where digital twins are likely to be deployed and the associated project value.

  • Researched Numbers with Rationale and Sources:

    • Number of Addressable Energy Assets (Plants & Major Substations): Estimated range of 200 to 800. Rationale: Represents a rough estimation of the number of significant power plants (hydro, thermal, large renewables) and major transmission/distribution substations owned by key players.
    • Average Annual Software/Service Fee ($/asset): Estimated range of $10,000 to $50,000. Rationale: An estimation of potential annual costs for specialized software and ongoing analytics services per major asset. Data not in snippets.
    • Number of Assets Suitable for Digital Twin: Estimated range of 50 to 200. Rationale: A subset of critical or complex assets where digital twin implementation is most likely to provide value.
    • Average Implementation Cost per Digital Twin ($): Estimated range of $200,000 to $1,000,000. Rationale: An estimation of the upfront project cost for implementing a digital twin for a significant energy asset. Data not in snippets.

  • Calculated Potential Addressable Market with Defined Ranges:

    • Potential Annual Software & Analytics Market:

      • Low End: (200 assets * $10,000/year) = $2 million
      • High End: (800 assets * $50,000/year) = $40 million
      • Estimated potential annual market: $2 million to $40 million per year.

    • Potential Total Digital Twin Implementation Market:

      • Low End: (50 assets * $200,000/implementation) = $10 million
      • High End: (200 assets * $1,000,000/implementation) = $200 million
      • Estimated potential total implementation market: $10 million to $200 million. (Note: This represents the potential total project value for initial deployments).

    • Overall Addressable Market for Whitespace 6: The potential addressable market for advanced data analytics and digital twin solutions is estimated to be a potential total implementation market of $10 million to $200 million for digital twins, supported by a potential annual market for software and analytics services worth $2 million to $40 million.

References

  • "Informe mesa técnica tarifas 10 Ene 2025." Ministerio de Energía. https://energia.gob.cl/sites/default/files/2025-01/informe_mesa_tecnica_tarifas_10012025.pdf
  • "Ley Chile - Resolución 58 EXENTA 09-DIC-2024 MINISTERIO DE ENERGÍA." Biblioteca del Congreso Nacional - BCN. https://www.bcn.cl/leychile/navegar?idNorma=1205806
  • "Proyección de Demanda de Largo Plazo del Sistema Eléctrico Nacional." Comisión Nacional de Energía. https://www.cne.cl/wp-content/uploads/2024/01/Informe_Proyeccion_Demanda_2024-2044.pdf
  • "2015 ENERGY STATISTICAL YEARBOOK CHILE." Comisión Nacional de Energía. https://www.cne.cl/wp-content/uploads/2016/07/Anuario-Estadistico-2015.pdf
  • "Ley Chile - Decreto 7Decreto 7T 05-JUL-2024 MINISTERIO DE ENERGÍA." Biblioteca del Congreso Nacional - BCN. https://www.bcn.cl/leychile/navegar?idNorma=1201481
  • "Aprueba “Informe Preliminar de Previsión de Demanda 2024-2044 Sistema Eléctrico." Comisión Nacional de Energía. https://www.cne.cl/wp-content/uploads/2024/12/Informe_Preliminar_Prevision_Demanda_2024-2044.pdf
  • "Electricity 2025." IEA. https://iea.blob.core.windows.net/assets/uploads/d1b2b675-a590-49c4-a2e5-59899ee47190/Electricity2025.pdf
  • "Chile - Policies & action | Climate Action Tracker." https://climateactiontracker.org/countries/chile/policies-action/
  • "Global Electricity Review 2025." Ember. https://ember-climate.org/app/uploads/2025/04/Global-Electricity-Review-2025-min.pdf
  • "Chile - Countries & Regions - IEA." https://www.iea.org/countries/chile
  • "Contratos eléctricos antiguos: Otro obstáculo que encarece la luz en Chile." G5 Noticias, 18 Dec 2024. https://g5noticias.cl/2024/12/18/contratos-electricos-antiguos-otro-obstaculo-que-encarece-la-luz-en-chile/
  • "El Alza De Tarifas Eléctricas En Chile: Un Duro Despertar Y El Camino Por Delante." Plataforma Energía, 2024. https://plataformaenergia.cl/el-alza-de-tarifas-electricas-en-chile-un-duro-despertar-y-el-camino-por-delante/
  • "Alza de tarifas eléctricas: Condiciones vigentes del subsidio transitorio establecido por la Ley 21.667/2024." Biblioteca del Congreso Nacional (BCN), 2024. https://www.bcn.cl/obtienearchivo?id=repositorio/220/9684/1/BCN_Tarifas_Electricas_Subsidio_v2_final.pdf
  • "Informe Monitoreo de la Competencia en el Mercado Eléctrico 2024." Fiscalía Nacional Económica (FNE), April 2025. https://www.fne.gob.cl/wp-content/uploads/2025/04/InformeMonitoreoMercadoElectrico2024.pdf
  • "La preocupante capacidad de Chile para desperdiciar energía." Energy News, 2024. https://energynews.es/la-preocupante-capacidad-de-chile-para-desperdiciar-energia/
  • "Los desafíos de la fotovoltaica y la energía eólica en Chile." REVE, 10 Aug 2024. https://www.evwind.es/2024/08/10/los-desafios-de-la-fotovoltaica-y-la-energia-eolica-en-chile/93483
  • "Codelco suscribió dos contratos de suministro eléctrico con energías renovables que aseguran matriz energética 100% limpia para 2030." Codelco, 23 Apr 2025. https://www.codelco.com/pag/detallenoticia/2025-04-23/103751.html
  • "Reglamento de Coordinación y Operación del Sistema Eléctrico Nacional – Proceso de modificación." Ministerio de Energía, April 2024. https://www.energia.gob.cl/noticias/2024/abril/ministerio-de-energia-inicio-proceso-de-modificacion-del-reglamento-de-coordinacion-y-operacion-del-sistema-electrico-nacional
  • "Rojas de ACERA indicó las 10 tendencias que definirán el mercado de renovables y almacenamiento en 2025 durante FES Chile." Energía Estratégica. https://energiaestrategica.com/rojas-de-acera-indico-las-10-tendencias-que-definiran-el-mercado-de-renovables-y-almacenamiento-en-2025-durante-fes-chile/
  • "El gobierno de Chile publicó la Ley de Transición Energética: ¿Cómo repercute en el sector?" Energía Estratégica. https://energiaestrategica.com/el-gobierno-de-chile-publico-la-ley-de-transicion-energetica-como-repercute-en-el-sector/
  • "10 trends transforming Chile's energy market by 2025." Sherlock Communications, 2021. https://www.sherlockcomms.com/en/trends-transforming-chiles-energy-market-2025/
  • "Tarifas." Coopelan. https://www.coopelan.cl/informacion-comercial/tarifas/
  • "Variación de Tarifas 2024 - Clientes." Enel.cl. https://www.enel.cl/es/clientes/informacion-util/variacion-de-tarifas-2024.html
  • "Cadena de Valor del RH2 en Chile - Plan de Acción de Hidrógeno Verde." Ministerio de Energía Chile. https://www.energia.gob.cl/sites/default/files/2023-12/Informe%20Final%20Cadena%20de%20Valor%20del%20H2V%20en%20Chile.pdf
  • "Edify: Energía solar sin costo inicial desde Chile." El Ecosistema Startup. https://elecosistemastartup.cl/noticias/edify-energia-solar-sin-costo-inicial-desde-chile/
  • "EMMA: Startup chilena impulsa la eficiencia energética en las empresas con tecnología avanzada." Corresponsables. https://www.corresponsables.com/actualidad/emma-startup-chilena-impulsa-eficiencia-energetica-empresas-tecnologia-avanzada

N), 2024. https://www.bcn.cl/obtienearchivo?id=repositorio/220/9684/1/BCN_Tarifas_Electricas_Subsidio_v2_final.pdf * "Informe Monitoreo de la Competencia en el Mercado Eléctrico 2024." Fiscalía Nacional Económica (FNE), April 2025. https://www.fne.gob.cl/wp-content/uploads/2025/04/InformeMonitoreoMercadoElectrico2024.pdf * "La preocupante capacidad de Chile para desperdiciar energía." Energy News, 2024. https://energynews.es/la-preocupante-capacidad-de-chile-para-desperdiciar-energia/ * "Los desafíos de la fotovoltaica y la energía eólica en Chile." REVE, 10 Aug 2024. https://www.evwind.es/2024/08/10/los-desafios-de-la-fotovoltaica-y-la-energia-eolica-en-chile/93483 * "Codelco suscribió dos contratos de suministro eléctrico con energías renovables que aseguran matriz energética 100% limpia para 2030." Codelco, 23 Apr 2025. https://www.codelco.com/pag/detallenoticia/2025-04-23/103751.html * "Reglamento de Coordinación y Operación del Sistema Eléctrico Nacional – Proceso de modificación." Ministerio de Energía, April 2024. https://www.energia.gob.cl/noticias/2024/abril/ministerio-de-energia-inicio-proceso-de-modificacion-del-reglamento-de-coordinacion-y-operacion-del-sistema-electrico-nacional * "Rojas de ACERA indicó las 10 tendencias que definirán el mercado de renovables y almacenamiento en 2025 durante FES Chile." Energía Estratégica. https://energiaestrategica.com/rojas-de-acera-indico-las-10-tendencias-que-definiran-el-mercado-de-renovables-y-almacenamiento-en-2025-durante-fes-chile/ * "El gobierno de Chile publicó la Ley de Transición Energética: ¿Cómo repercute en el sector?" Energía Estratégica. https://energiaestrategica.com/el-gobierno-de-chile-publico-la-ley-de-transicion-energetica-como-repercute-en-el-sector/ * "10 trends transforming Chile's energy market by 2025." Sherlock Communications, 2021. https://www.sherlockcomms.com/en/trends-transforming-chiles-energy-market-2025/ * "Tarifas." Coopelan. https://www.coopelan.cl/informacion-comercial/tarifas/ * "Variación de Tarifas 2024 - Clientes." Enel.cl. https://www.enel.cl/es/clientes/informacion-util/variacion-de-tarifas-2024.html * "Cadena de Valor del RH2 en Chile - Plan de Acción de Hidrógeno Verde." Ministerio de Energía Chile. https://www.energia.gob.cl/sites/default/files/2023-12/Informe%20Final%20Cadena%20de%20Valor%20del%20H2V%20en%20Chile.pdf * "Edify: Energía solar sin costo inicial desde Chile." El Ecosistema Startup. https://elecosistemastartup.cl/noticias/edify-energia-solar-sin-costo-inicial-desde-chile/ * "EMMA: Startup chilena impulsa la eficiencia energética en las empresas con tecnología avanzada." Corresponsables. https://www.corresponsables.com/actualidad/emma-startup-chilena-impulsa-eficiencia-energetica-empresas-tecnologia-avanzada