Building a Sustainable Future: Our Fusion Wind Turbine Project!
HARNESSING THE POWER OF WIND FOR A GREENER TOMORROW!
JOIN OUR JOURNEY!
PROJECT OVERVIEW
Introduction
Welcome to Minagie Energy’s Fusion Wind Turbine Project! This ambitious initiative aims to harness both the power of the Wind and the Sun to generate clean, renewable energy for our communities. By investing in cutting-edge wind turbine technology, we are committed to reducing our carbon footprint and promoting sustainable development.
Objectives
Generate Renewable Energy: Produce clean electricity to power thousands of homes and businesses.
Raw Materials: Adopt the usage of raw materials in the manufacture of our solution
Promote Sustainability: Support the transition to a sustainable energy future through innovative technology and practices.
Community Engagement: Foster strong relationships with local communities and stakeholders to ensure the project’s success and benefits.
Timeline
August 2024: Finalize Turbine design and renderings with project team
September 2024 (Week 1) : Raw materials sourcing, cost assessments and project outline
September 2024 (Week 2) : Construction Begins
September 2024 (Week 4): Completion of Fusion Wind Turbine foundation and Stainless Steel shaft
October 2024 (Week 1) : Mould of VAWT rotors and the installation of lower and upper MAGLEV - magnetic levitation systems
October 2024 (Week 2) : Completion of Solar Arch infrastructure
October 2024 (Week 3) : Installation of Vertical Axis Wind Turbine (VAWT) and Solar arch
October 2024 (Week 4) : Testing
Project Details
Our wind turbine project is located in the Greater Accra Region, strategically chosen for its optimal wind conditions in specific areas with optimal wind speeds in the city centre. The project will feature our FUSION wind turbine system, with a target output of up to 2 kW of electricity. Once completed, the project is expected to produce enough energy to power a small irrigation system annually.
Key Features
Advanced Technology: Utilization of MINAGIE Energy's innovative wind turbine models with high efficiency and reliability.
Sustainable Practices: Implementation of eco-friendly construction methods and materials.
Community Benefits: Creation of local jobs and investment in community development projects.
Environmental Stewardship: Commitment to preserving local ecosystems and biodiversity.
PROJECT UPDATES
Current Status: As of October 2024, the Minagie Energy wind turbine project is progressing smoothly. We have successfully completed the raw materials sourcing for the foundation, its cost assessments, and timeline for completion. The first batch of wind turbine components has arrived on-site, and construction is now underway. The manufacturing and production process has been meticulously broken down into the following stages:STAGE 1: Foundation (Modular) STAGE 2: Vertical Axis Wind Turbine (VAWT) Lower and Upper Stators STAGE 3: VAWT Rotors STAGE 4: Horizontal Axis Wind Turbine (HAWT) Control Center STAGE 5: HAWT Stator System STAGE 6: HAWT Rotor Assembly STAGE 7: Electricals and Electronics Modules STAGE 8: Energy Storage Infrastructure STAGE 9: Module Assembly STAGE 10: Stress TestsWe are committed to advancing renewable energy solutions through innovative technology and sustainable practices. Our project's systematic approach ensures each stage is executed with precision, aiming for the successful deployment of wind turbines that will significantly contribute to reducing energy poverty and enhancing the quality of life in underserved communities.Stay tuned for more updates as we continue to make strides toward a greener, more sustainable future.
STAGE 1 : FOUNDATION (MODULAR)
The foundation stage is a critical phase in the Minagie Energy wind turbine project. This stage involves laying the groundwork for our modular wind turbine systems, ensuring a solid and stable base to support the entire structure. During this phase, we carefully assess the site conditions and prepare the ground to meet the specific requirements for our innovative wind turbines. The key activities in this stage include:Site Preparation: Clearing and leveling the site to ensure it is suitable for construction.Excavation and Groundwork: Digging and preparing the foundation trenches to provide a stable base for the turbines.Reinforcement Installation: Placing steel reinforcements to enhance the strength and durability of the foundation.Concrete Pouring: Pouring high-quality concrete to form the foundation, ensuring it can withstand the forces generated by the wind turbines.Modular Assembly: Assembling the modular components of the foundation to facilitate quick and efficient construction.This stage is crucial as it sets the stage for subsequent phases, ensuring that our wind turbine systems are built on a robust and reliable foundation. Our commitment to precision and quality at this stage is essential for the successful deployment and long-term performance of our renewable energy solutions.Stay tuned for more updates as we continue to build a greener, more sustainable future with our advanced wind energy technology.
CASTING OF WIND TURBINE BASE FOUNDATION
