Description

Abstract :

           The novel smart grid concept is not only revolutionizing the electricity grid infrastructure, but also incentivizing awareness of a more sustainable energy utilization: “green” solutions for residential and commercial buildings have been investigated with the aim of increasing the diffusion of renewable energy sources and reducing carbon footprints However, the inherently intermittent production patterns of renewables (such as solar and wind energy) increase the unpredictability of the overall power availability, thus rising power balancing issues in the management of the smart grid To cope with such challenges, the “Smart Building” paradigm proposes to integrate distributed generation plants, storage capabilities and electrical loads. Each Smart Building can be managed by a dedicated control system and operates either in a grid connected fashion or in islanded mode. In the former, the Smart Building can either absorb or inject power in the grid, according to its needs. The latter implies complete energetic autonomy of the Smart Building, which must rely exclusively on local generation and storage to satisfy the power request of the electrical loads without receiving any feeding from the grid in case of shortage, nor injecting power surpluses into the grid in case of excessive production

Existing System :

• We need to purchase commercial weather stations manufactured by Davis Instruments [in order to collect these data.
• The  use of this commercial solution in real life micro-location data acquisition would be to expensive

Proposed System :

• WIFI control
• Microcontroller platform based
• Less prize
• Reliable 

Block Diagram:

                                   

Monitoring Section:

                                

Block Diagram Explanation :

The system controls application through WI-FI.

Hardware :

• LPC2148
• WIFI MODULE
• TEMP

Software :

• KEIL
• FLASH MAGIC
• Languages: Embedded c

Application :

• Industrial applications