Chile Renewables Growth - Project Pipeline Overview

Chile Renewables Growth - Project Pipeline Overview

Latin America has been growing its renewable energy exponentially. The one country that stands out is Chile who has established a competitive renewable energy market with historically low auction prices. Chile has dramatically increased its solar and wind capacity since 2015. The government both past and present have been vocal about the countries goal to generate up to 70 percent of its electricity through renewable energy sources by the year 2030.

Currently, Chile has 29.5GW of installed capacity already in operation. The energy matrix breaks down into the following - solar 18%, coal 16%, diesel 14%, wind 13%, natural gas 13%, hydroelectric dams 12%, and run-of-the-river hydroelectric 11%. Biomass, geothermal energy, and other technologies make up the remaining amount.?

The trend continues as there is a significant number of projects already under construction and submitted to environmental evaluations.

Total Projects in Construction

  • There are 306 power generation projects that are in the construction phase as of June 30th.
  • The combined installed capacity of all these projects is 5.44GW which are due to start operation by 2025.
  • Of these projects, 271 are solar projects with a combined capacity of 4,077MW, 11 are wind a combined capacity of 724MW, 9-mini run-of-the river hydroelectric plants with a combined capacity of 42MW, and 4 are conventional run-of-the-river power plants with a capacity of 505MW.?

Projects in Environmental Evaluation

  • There have been approx. 42 energy projects submitted for evaluation or accepted for processing since the beginning of the year that have an investment value of US$3.87bn
  • According to SEA data, there is 117 energy projects in both the transmission and generation sectors being evaluated that amount to US$11.8bn. The majority of these were solar projects.

Top 3 Project Under Evaluation

ERNC Antofagasta by Ibereólica ERNC Antofagasta

  • The investment will require US$874mn.
  • The project will have a total capacity of 1,171 MW. It will consist of 496MW wind and 675MW solar
  • The wind farm will include 80 wind turbines of 6.2 MW each. The photovoltaic plant is built of 1,419,840 photovoltaic modules that breakdown to 530 W for each one.
  • A transformer substation for the 33/500 kV photovoltaic plant will be built, along with other another Connection Transformer substation for the wind farm.
  • A 16.5-kilometer transmission line and another 4-kilometer line of the same voltage that would be connected to the new Parinas 220/500 kV substation.

Parque Terra Energía Renovable by Energía Eólica Paposo (AES)

  • The investment will require US$750mn
  • The project will include a 350 MW wind farm, a 513 MW photovoltaic park, and two energy storage banks with lithium batteries.
  • The wind farm composed of 50 wind turbines of 7 MW each.
  • The photovoltaic park will be made up of more than 1 million bifacial panels.
  • The plant would have two control buildings, two warehouses, an electric substation, two electrical storage systems with batteries, meteorological towers, internal roads, an underground electricity network, and wastewater management systems.
  • The initiative?will generate 620 direct jobs during its construction.

Parque Eólico Antofagasta by Ibereólica

  • The investment will require US$684mn
  • The project have a capacity of 793MW produced by 128 wind turbines of 6.2 MW each.
  • The project will need a new transformer substation, high voltage transmission line that will run approximately 13 km in length and connect to the Parinas substation.
  • The facility will create enough clean energy to supply more than 679,000 Chilean hogares?

Conclusion

It is no surprise that Chile is leading the way for Latin America. The country is host to the Atacama Desert, one of the world’s best solar radiation sites located in the north.?The Magallanes region located in the far south has excellent wind energy potential. In 2020, foreign direct investments into Chile’s renewable energy sector accounted for 41.6% of all investment in the country. Not a small accomplishment for a country that receives significant foreign investment in a variety of sectors.?

Growth will surely continue since the country has several initiatives in the works that will require more energy capacity. The country looks to phase out coal power plants in the short term and there is a clear hydrogen strategy with several projects already announced and progressing through evaluations.

It is not all rosy though. Electricity prices for consumers have risen recently due to the price of diesel. Diesel generation has been used to manage the renewables intermittency. Electricity prices in the north drop dramatically during the day when capacity is it at its highest.?To deal with these issues, the government and private industry are focusing on energy storage, building out transmission to bring energy to the south where there is more demand, and connecting to neighboring countries so that electricity can be exported.

In the short term, there are some hurdles as the country progresses with the transition but for a small country, Chile has been able to radically transform its energy matrix in a very short period of time with no government subsidies. Something that should spark confidence when the country discusses its lofty goals around hydrogen.?

Ax Legal is an advisory firm that works with foreign companies in Latin America. Our team of legal and commercial advisors have a distinguished track record of helping foreign technology and services companies to grow and operate in Latin America. Over the years, we have worked with starts up, mid-size businesses, and publicly listed companies. The one common factor that connects are clients is that they are leaders in their field, providing innovative technologies and services to the industrial sectors.

To better understand how we can support you in the Region, please contact Cody Mcfarlane at [email protected]

Willem Frens

Power-2-X project development, technologies and financing

2 年

The solution for the following challenge is called HyAPC: It is not all rosy though. Electricity prices for consumers have risen recently due to the price of diesel. Diesel generation has been used to manage the renewable intermittency. Electricity prices in the north drop dramatically during the day when capacity is it at its highest.?To deal with these issues, the government and private industry are focusing on energy storage, building out transmission to bring energy to the south where there is more demand, and connecting to neighboring countries so that electricity can be exported. HyAPC created by Robert de Kler, Rien van Haperen, Frank Schreurs and Willem Frens is an oxy-H2 combustion power plant to produce electricity at moments no renewable electricity is available. It used green H2 (which can be stored in a salt cavern)and O2 as feedstock. Ramp-up/down can be done fast to only produce when electricity price is high. No NOx/CO2 formation, low CAPEX and higher efficiency compared to "standard"H2 fueled power plant. Great for Chile to balance electricity supply/demand. We are interested to set-up demo project in Atacama dessert. Cody Mcfarlane can you facilitate? Patent application: https://lnkd.in/esuCRg7T

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