Latin America Green Data Center Market Outlook 2022-2027 –

Dublin, October 3, 2022 (GLOBE NEWSWIRE) — The “Latin America Green Data Center Market: Industry Outlook and Forecast 2022-2027” Report has been added to ResearchAndMarkets.com offering.

The market is expected to reach a value of $825 million in 2027, from $455 million in 2021, growing at a CAGR of 10.4%

The increasing digitization of the region, the previously neglected state, the shift to the cloud, the growing popularity of IoT and big data, the rise of 5G networks, the COVID-19 pandemic, and the demand for high-speed streaming of content from online entertainment are some of the main factors driving the growth of the Latin American data center market.

With the tremendous growth in data center deployment, the green data center market is becoming a leading trend in data center development and operations.

TRENDS AND DRIVERS OF THE GREEN DATA CENTER MARKET IN LATIN AMERICA

Innovations in power and cooling technology are driving the market for green development

Innovations in data center power technology include the adoption of lithium-ion and smart grid UPS systems and the adoption of DRUPS systems in Latin America.

Fuel cell-based power backup is also expected to enter the Latin American market in the long term, reducing investments in inefficient diesel generators and boosting the market for efficient products. A tropical testbed is currently in the testing phase in Singapore, making data centers more efficient in a tropical climate.

If successful, this can also have a positive impact on the Latin American market and further reduce installation PUE. Data center operators are also embracing free cooling at facilities in countries like Brazil, Chile, Argentina and the Caribbean, at least partially. For example, Equinix uses free cooling in its SP3 data center in Sao Paulo.

Government push towards sustainability

Several Latin American governments, including those of Chile, Brazil and Uruguay, are actively working to increase the adoption of renewable energy in the country. The Development Bank of Latin America approved a loan of $300 million to Uruguay to strengthen its electricity network and modernize it, promoted by the government.

Deployment of Modular Data Centers and Sustainable Material collecting steam

The cost of operating a modular data center is about 30% less than that of a traditional data center facility, making it an attractive proposition in Latin America and driving the growth of the modular data center market. Latin America, because many operators have limited funds. for data center development.

The environmental impact of deploying the modular data center is also lower, as it involves little or no use of concrete, can be built in a staggered fashion, and eliminates the need for additional labor.

Data center operators are also embracing plant-based and other sustainable materials such as wood, hemp and mycelium, which can revolutionize the data center construction process.

GEOGRAPHICAL ANALYSIS

Among Latin American countries, Brazil, Colombia, Argentina and Paraguay are among the countries that have actively adopted renewable energy for the majority of their energy needs.

Countries like Mexico are also expected to increase their adoption of renewable energy in the coming years, especially due to global and regional policies that promote the use of renewable energy. In Mexico, just over 30% of the energy matrix is ​​renewable.

In Argentina, around 26 large-scale renewable energy projects were commissioned in 2021, adding more than 1 GW of renewable energy. Power capacity increased by approximately 24% in 2021 compared to 2020.

SELLERS ANALYSIS

Largest colocation and hyperscale data center operators drive the market

Hyperscale operators like Google and Microsoft are actively driving renewable energy adoption in Latin America. For example, in December 2021, Google launched its cloud region in Santiago, powered by solar energy from ACCIONA Energy’s El Romero photovoltaic plant.

Colocation operators such as ODATA and Scala Data Centers are active adopters of renewable energy in Latin America. For example, Scala Data Centers signed a Power Purchase Agreement (PPA) with ENGIE Brasil Energia in 2021 to supply more than 1,600 GWh of renewable energy to the operator until 2033.

Some of the leading producers and providers of renewable energy in the Latin American market include Enel Green Power, Engie, GreenYellow and The AES Corporation.

KEY ASPECTS OF THE INDUSTRY

Policy and regulatory drivers such as the Paris Agreement, RE100, and certifications such as Leadership in Energy and Environmental Design (LEED) and ISO50001 drive the green data center market development market in Latin America.

Significant contributors to the development of green data centers in Latin America include Brazil, Chile, Argentina, and Paraguay, among others. Data center operators and governments are working to adopt renewable energy and other measures.

Hyperscale operators in Latin America, including Google, Microsoft, Amazon Web Services and Huawei Technologies, are driving the market in terms of sustainable investment and innovative technologies.

Featured Data Center Investors

  • ascent
  • Ava Telecommunications
  • Amazon Web Services (AWS)
  • Of course
  • equinix
  • Google
  • HostTell me
  • Huawei Technologies
  • KIO networks
  • Microsoft
  • ODATA
  • Oracle
  • Scala data centers

Renewable energy providers

  • Activate Energy
  • EDP ​​Renewables
  • Enel green energy
  • Engie
  • Elera Renovaveis
  • Lighthouse Energy
  • Green yellow
  • HDF energy
  • Iberdrola
  • conventional renewable energy
  • RZK Energy
  • Shell
  • AES Corporation
  • Total Energies

Key Topics Covered:

1 Research Methodology

2 Research Objectives

3 Research Process

4 Scope and Coverage
4.1 Market definition
4.2 Base Year
4.3 Scope of the Study
4.4 Market segments

5 Report assumptions and caveats
5.1 Key Warnings
5.2 Currency conversion
5.3 Market drift

6 Market at a glance

7 premium prospects
7.1 Key highlights
7.2 Key Market Trends
7.3 Geographic analysis
7.4 Supplier analysis

8 Introduction
8.1 Summary
8.1.1 Sustainable development of the data center
8.2 Green data center metrics
8.3 Power Usage Effectiveness (Pue)
8.3.1 Password
8.4 Policy drivers
8.4.1 the Paris Agreement and the Science Based Targets Initiative (Sbti)
8.4.2 Council for Long-Term Energy Storage (Ldes)
8.4.3 Re100
8.4.4 Circular economy
8.5 Energy Certifications
8.6 Efficiency in the IT Infrastructure
8.6.1 E-waste disposal

9 Market Opportunities and Trends
9.1 Innovative Data Center Power Technologies
9.1.1 Adoption of Advanced Ups Batteries
9.1.2 Software-defined data centers and AI in energy monitoring
9.1.3 Microgrids
9.2 Sustainable Innovations in Data Center Power Technology
9.2.1 Eco-Diesel Generators
9.2.2 Natural Gas Generators
9.2.3 Fuel cells
9.2.4 Hydrotreated vegetable oil fuel (Hvo)
9.2.5 Nuclear Power Generation
9.2.6 Other innovations
9.3 Innovative Data Center Cooling Technologies
9.3.1 Tropical Data Center Testbed
9.3.2 Free cooling
9.3.3 Subsea data centers
9.3.4 Floating data centers
9.3.5 Other innovative cooling technologies
9.4 AI and HPC applications driving liquid immersion and adoption of direct-to-chip cooling
9.4.1 AI initiatives in Latin America
9.5 Renewable energy initiatives
9.6 Growth in data centers with a target Pue of < 1.5
9.7 Adoption of advanced IT infrastructure
9.7.1 Converged and hyper-converged infrastructure
9.7.2 Arm-based servers
9.7.3 Server virtualization
9.8 Government push for the development of green data centers

10 enablers of market growth
10.1 Renewable Energy Initiatives of Cloud and Hyperscale Operators
10.2 Renewable energy initiatives by co-location operators
10.3 Intelligent automation and monitoring solutions
10.4 Deployment of Modular Data Centers

11 Market restrictions
11.1 Increased Carbon Emissions from Data Centers
11.2 Water consumption by Data Centers
11.3 Lack of trained data center professionals
11.4 Location restrictions on green data centers

12 Market Overview
12.1 Market Overview
12.2 Investment – ​​Market Size and Forecast
12.3 Power Capacity – Market Size and Forecast
12.4 Five Forces Analysis

13 Infrastructure
13.1 Market Snapshot and Growth Driver
13.2 Electrical Infrastructure
13.3 Mechanical Infrastructure
13.4 General Construction

14 Electrical Infrastructure
14.1 Market Snapshot and Growth Driver
14.2 UPS systems
14.3 Generators

15 Mechanical Infrastructure
15.1 Market Snapshot and Growth Driver
15.2 Cooling systems
15.3 Racks

16 Cooling system
16.1 Market Snapshot and Growth Driver
16.2 Crac and Crah Units
16.3 Chiller units
16.4 Cooling Towers, Condensers, and Dry Coolers
16.5 Economizers and evaporative coolers

17 General Construction
17.1 Market Snapshot and Growth Driver
17.2 Core and shell development
17.3 Architectural Design and Mep Services
17.4 Physical security systems and fire safety
17.5 Dcim/Bms Solutions

For more information on this report, visit https://www.researchandmarkets.com/r/sqb48v


        

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