Objectives
·
Research information
about photovoltaic systems, eolic systems, load controllers, load distribution
and battery storage systems.
· Understand the infrastructure for resistance, security hazards and environmental constraints for the design of the system.
· Comprehend the theory of the functions that the photovoltaic and eolic systems will perform.
· Analyze the applications related on all systems.
· Develop a feasibility study between renewable energy and electric energy with the application on economic engineering.
· Implement a load analysis on the residence.
· Design taking into consideration the functions of the systems working together.
· Define a critical and no critical load on the residence for energy optimization
· Design a module which will implement a design of the PV and eolic system that includes the load controller, the battery bank for storage.
· Design a automatize control system that will monitor changes in loads and regulate the distribution of energy.
· Understand the infrastructure for resistance, security hazards and environmental constraints for the design of the system.
· Comprehend the theory of the functions that the photovoltaic and eolic systems will perform.
· Analyze the applications related on all systems.
· Develop a feasibility study between renewable energy and electric energy with the application on economic engineering.
· Implement a load analysis on the residence.
· Design taking into consideration the functions of the systems working together.
· Define a critical and no critical load on the residence for energy optimization
· Design a module which will implement a design of the PV and eolic system that includes the load controller, the battery bank for storage.
· Design a automatize control system that will monitor changes in loads and regulate the distribution of energy.