CeCicle Environmental Certification: Powering a Sustainable Future
This presentation showcases the environmental benefits of the 75 kW Solar Power Plant in Lindoeste, Paraná, Brazil, which generated 130,979 kWh in 11 months. The project significantly contributes to reducing greenhouse gas emissions and preserving natural resources, aligning with global decarbonization goals.
CeCicle certified this project, ensuring its implementation and the credibility of the results. We'll explore the achieved outcomes, calculation methods, and generated environmental assets, highlighting the role of solar energy in transitioning to a more sustainable energy matrix.
Project Overview and Regional Context
Project Background
The photovoltaic plant was conceived to meet increasing demand for clean energy, actively contributing to energy matrix decarbonization and sustainable economic development. The 75 kW system ensures reliable electricity generation from solar energy, with precise monitoring via a bidirectional meter.
Technical Specifications
The system includes 196 photovoltaic modules of 575 Wp each, connected to a 75 kW inverter with 6 MPPTs. The estimated monthly energy production is 14,000 kWh, with an overall project efficiency of 84%.
Location & Context
Located in Lindoeste, Paraná, Brazil (coordinates: 25°10'28.8"S 53°32'34.9"W), the region offers high solar energy potential due to good radiation incidence and adequate electrical infrastructure. The average annual solar irradiation is approximately 4.96 kWh/m² per day.
System Components and Operation
Energy Source
Monocrystalline photovoltaic modules, primarily composed of silicon, react with sunlight to produce electricity.
Transformation
DC energy generated by the modules is converted to AC by an inverter, synchronizing with the electrical grid.
Protection
String-box containing DC and AC circuit breakers and Surge Protection Devices (SPD) ensure system safety.
Monitoring
Remote monitoring system via Wi-Fi allows real-time performance tracking by both owner and technicians.
Contribution to Sustainable Development Goals

SDG 7
Affordable and Clean Energy: Reduces dependence on fossil fuels and promotes access to clean, renewable energy.

SDG 8
Decent Work and Economic Growth: Generates jobs in installation, maintenance, and manufacturing, driving the green economy.

SDG 9
Industry, Innovation, and Infrastructure: Fosters technological advancements and investments in sustainable infrastructure.

SDG 11
Sustainable Cities: Integrates into buildings and communities, making urban consumption more sustainable.

SDG 12
Responsible Consumption: Encourages efficient use of natural resources and sustainable energy practices.

SDG 13
Climate Action: Reduces greenhouse gas emissions by replacing polluting energy sources.
Calculation Methodology and Emission Factors
Internationally Recognized Standards
Calculations follow methodologies from GRI, GHG Protocol, SASB, and other international standards to ensure accuracy and credibility in environmental asset quantification.
Energy Production Metrics
Projected monthly production: 14,000 kWh. Actual production in 11 months: 130,979 kWh. Estimated annual production: 142,886.2 kWh. Total 20-year production (with 0.6% annual degradation): 2,700,551 kWh.
Key Emission Factors
  • CO₂ Reduction: 0.95 kg CO₂/kWh.
  • Water Saved: 2 L/kWh.
  • Oil Saved: 1 L/10 kWh.
  • Coal Consumption Saved: 0.55 kg/kWh.
These factors are based on replacing coal-based energy in target markets.
Environmental Assets Generated
137.2
Tons of CO₂ Reduced
Equivalent to the annual emissions of 27 passenger vehicles
69,367.71
Gallons of Water Saved
Enough to meet the daily needs of 1,312 people
3,460.50
Gallons of Oil Saved
Equivalent to 82 barrels of crude oil
5,926
Trees Equivalent
The CO₂ absorption capacity of a small forest
Additional environmental benefits include 79.24 short tons of coal saved, 14.41 short tons of ash waste avoided, and significant reductions in harmful air pollutants: 0.50 short tons of SO₂, 0.22 short tons of NOx, and 0.043 short tons of particulate matter avoided.
Environmental Assets Generated: 20-years projection
2,827.98
Short Tons of CO₂ Reduced
1,427,428.2
Gallons of Water Saved
71,294.6
Gallons of Oil Saved
122,199
Trees Equivalent
Additional environmental benefits include 1,634.33 short tons of coal saved, 297.06 short tons of ash waste avoided, and significant reductions in harmful air pollutants: 10.40 short tons of SO₂, 4.46 short tons of NOx, and 0.89 short tons of particulate matter avoided.
Long-Term Environmental Impact
The 20-year projection accounts for 0.6% annual panel degradation while still delivering substantial environmental benefits. Regular maintenance, including cleaning, electrical inspections, and inverter replacements, will ensure optimal performance throughout the system's lifespan.
These environmental assets are particularly valuable for markets in Eastern Europe, Southeast Asia, and Western Asia, where coal-based energy still plays a significant role in the energy matrix, contributing to high levels of pollution and greenhouse gas emissions.
CeCicle Certification: Your Guarantee of Environmental Excellence

Credibility
Internationally recognized methodologies
Transparency Blockchain
Rigorous verification process. The partnership utilizes blockchain technology to ensure transparency and traceability, enhancing credibility and enabling application in green marketing strategies.
Compliance
All legal and technical requirements met
CeCicle certification validates that this solar power plant meets strict environmental criteria and complies with all technical and regulatory standards. Our certification process includes thorough documentation review and verification of continuous monitoring systems, ensuring the reliability of all environmental claims.
By investing in CeCicle-certified projects, you're supporting genuine environmental improvements with measurable, verified benefits. These environmental assets can be used for corporate sustainability goals, carbon offsetting programs, and demonstrating environmental leadership in global markets.