1. Dr. Anant R Koppar Jan 29, 2015

2. General Trends  Energy Consumption increases  More people (Born, Longer life-time)  More equipment  Higher Living Standards  Deregulated Global Energy Market / Oil Price Rise Therefore  New energy resources are interesting  More efficient use of existing resources  From Production to end-user  Power Balance extremely important  New Energy Storage Devices Power Electronics Technology is an IMPORTANT enabling Technology Power Electronics

3.  Deals with conversion, control and switching of electrical energy for efficient utilization of power  Playing a major role in revolutionizing the processes in many sectors already  Need to revolutionise other sectors like Agriculture.

4. Power Electronics  Device characteristics are continuously being improved and new devices are added  Emergence of the modern power devices have  Reduced cost, space and energy requirements  Lesser Maintenance  Improved Reliability  Provided high quality performance & complete controllability with maximum flexibility and clean environment.

5. Discrete Analog Design to Microprocessor Based System Design Power Electronics – Transformation…

6. Power Electronics – Control…

7. Power Electronics – Conventional Instrumentation…

8. * Taken from National Instruments web pages Power Electronics – Virtual Instrumentation…

9. Milling House Concentrates & Extraction Control RoomAdministrator Bagging & Storage Boiling House Milling House Control Room Admini strator Boiling House Admin MH CTR BH MH CTR BH MH CTR BH Power Electronics…Trend

10. Power Electronics : Current Edge Daily Life Traffic Issue Production Logistics Retailing Resource & Power Control  Internet of things  Ubiquitous  Low power - 2-10KW max

11. Internet of Things (IoT) Building Automation Smart Homes & Cities Healthcare & Telemedicine Everyday Things Agriculture Automation Vehicle, Asset, Pet, People Monitoring & Controlling

12. IoT in Agriculture

13.  Precision Agriculture  A practice that uses analytics to optimize farming decisions  Crop Yield Maximization  Automating everyday agriculture operations  Running water pumps when power available  Stopping pumps automatically when right pH is achieved  Pest Control  Monitoring and electronic controls to help farmers continually analyze and improve performance.  Moving towards Greenhouse Cultivation IoT in Agriculture

14. IoT in Home Automation

15. IoT in Various Sectors  Building and home automation addressing HVAC, security, lighting, entertainment, appliances, and assisted living  Manufacturing applications that monitor machinery, connect factories and optimize supply chains  Resources such as smart electricity grids and electric vehicle infrastructure.

16. Conclusion  IoT is an enabler for POWER ELECTRONICS TECHNOLOGY  Will change the way “Control & Monitoring” is achieved