Tech-Driven Energy Solutions: Energy Observatory's Cutting-Edge Infrastructure Powers Your Transition Strategies
We understand the importance of having access to accurate information and promote RESEARCH and DEVELOPMENT with a strategic focus on the territory. That's why our service uses a data-driven approach to analyze and interpret complex geoeconomic dynamics.
Reducing risks and maximizing results
Delta do Parnaíba
Case:
ENERGY SCENARIO IN BRAZIL...
Piauí
Qtd:3
Wind kinetics
Final fuel
EOL
Source
Operation
Performance
30,000
Power granted
30,000
Supervised power
14,200
Physical guarantee
Operating regime
100% para Porto do Parnaíba Energia S.A. (PIE)
CEG
EOL.CV.PI.030838-2
Entry into operation
02/07/2012
Settlement Price for Differences
R$65.37 MWh
Avg. PLD
R$80.37 MWh
Max. PLD
R$55.70 MWh
Min. PLD
Data-driven approach, incorporating advanced tools and machine learning, helps us analyze complex geospatial information, vital for strategic energy transition planning.
Industries
Discover the Industries
Begin an extraordinary voyage with our innovative view, understand how directions of the industrie with map layering craftsmanship.
We seamlessly fuse creativity and accuracy, adding quality information layers to maps that reveal concealed narratives and illuminate the decisions of the industries.
Chemistry
Fertilizers
Life & Science
Aerospace
Metallurgical
Composite
Oil and Gas
Battery
Functionalities
Functionalities
Visualizations that help in decision-making and understanding of distinct sources of data to work on.
Player mapping
01
Survey of the leading players in the market based on the target audience listed above, structure relational databases by segment of activity, business size, job creation, location, among other relevant indicators.
Mapping of generating sources
02
Survey of informational bases available by type of energy generation (solar, wind, hydroelectric, etc), listing projects in operation, under implementation and projects under approval. Include relevant indicators such as generation potential, job potential, geolocation, detailed understanding of the surrounding infrastructure, if expansion is expec- ted, among other relevant indicators.
Mapping of energetic dynamic
03
Monitoring indicators in the area of logistical integration roads, air, port, rail and pipelines, relating indicators, typology, flows, and capacities.
Social and urban development
04
Monitoring of indicators in the areas of housing (access to housing and condition of homes), basic sanitation (access to water, treated sewage and garbage collection), health (infant mortality), social protection (data on poverty and access to employment), human rights.
Water safety and environmental conservation
05
Monitoring of indicators in the areas of housing (access to housing and condition of homes), basic sanitation (access to water, treated sewage and garbage collection), health (infant mortality), social protection (data on poverty and access to employment), human rights.
Demographic and socioeconomic development
06
Monitoring of indicators such as: population density; average female age; average male age; average household income; female age stratified by range; male age stratified by scope; average income of head of household; household nominal income pattern; predictive statistics with population growth graphs until 2050.
R&D
07
Create and environment that enables participationg in research and development consortia that aim at national and international proto-cooperation as a catalyst for energy transformation such as the project 'Solar and Wind Resource Assessment' (SWERA) supported by UN, UNEP, and GEF.
Precision
What you can do?
The Sustainable Energy Observatory reflects our commitment to delivering top-notch market analysis solutions to our partners. We anticipate that these enhancements will further solidify our position, providing efficient and effective products and services that empower our clients to make informed Energy and ESG related decisions.
Platform
Discover how data-driven technology services lay the groundwork for smart initiatives. Demonstrate how geospatial analysis and machine learning can be employed to boost efficiency, sustainability, and the quality projects, enabling governments and companies to construct intelligent infrastructure, enhance systems, and optimize resource utilization.
Report
Explore how reports services can assist companies in mitigating risks and conducting thorough due diligence. Highlight how analysis can uncover hidden patterns and identify potential risks such as environmental hazards, zoning restrictions, and market volatility, empowering companies to make informed decisions and minimize potential liabilities.
Consulting
Personalized experience: Discuss how consulting services can help companies and governaments personalize the experience. How geospatial analysis and know-how can provide insights into special projects, enabling to offer tailored recommendations, investment forecast, site selection and enhance adapt to market dynamics results.