SOLAR SYSTEMS ON ELECTRONIC MOTOR VEHICLE

Design and Develop a solar wind and soar ventilation system on electronic motor vehicle

Table of Content

CHAPTER 01: INTRODUCTION OF THESIS1

1.0Discuss design aim and issue1

1.1Concern efficiency design to reduce fuel consumption1

1.2Hybrid system (solar and wind power) to generate electricity4

1.2.1Proposed system description4

1.3What reason to use hybrid concept5

1.4Reflect CO2 emission7

1.5Chapter Summary7

2.0DISCOVERY THE SECOND USE OF ENERGY9

2.1Focus on the light pollution, discus light energy can be captured even during night time.11

2.2how much light to waste and refund14

3.0MARKETING RESEARCH.16

3.1Showing a survey of vehicle consumer's habit and favourite16

3.2calculate the future product requirement, such as government laws19

3.3Take examples21

4.0WIND POWER25

4.1To discuss how much wind energy to collect on a moving vehicle.25

4.2Data to show at different speed28

4.3Discuss the design of pitch to get the best efficiency of generate electricity.32

4.4Analyze economy of wind power.36

5.0SOLAR POWER38

5.1To discuss the type of solar panels, and compare (PV) panels with flexible panels.38

5.2Analyze solar economy, specification and population41

6.0CHANGING VEHICLES INERTIAL TEMPERATURE CAN MAKE MORE GREEN43

6.1Air flow theory of hot air and cold air43

6.2Support by new technology (smart film)44

6.3Interactive the surrounding environment, such as temperature charging, track of sun.47

7.0EXPLAIN THE DESIGN OF SYSTEM48

7.1The efficiency of electricity generates and power consumption48

7.2How does it work?52

7.3Explanation of design electric engineering.57

8.0CONCLUSION63

References66

CHAPTER 01: INTRODUCTION OF THESIS

Discuss design aim and issue

Renewable energy resources, called sustainable or alternative energy, are energies generated from natural resources such as wind, sunlight, tide, hydro, biomass and geothermal which are naturally replenished. (Koot 2005:771)Energy crisis, climate changes such as atmosphere temperature rise due to increase of greenhouse gases emission and Kyoto Protocol restrictions in generation of these gases, coupled with high oil prices, limitation and depletion of fossil fuels reserves make renewable energies more noticeable. (Pisu 2007:506)Moreover, since many remote rural areas in all over world are not electrified, for example about 72 million households in rural India do not have access to electricity , one of interesting utilization of renewable energies is to electrify many remote villages and rural areas or rugged terrain located so far from power stations and distribution networks or utility lines which are uneconomical to install. Vulnerability to unpredictable climatic changes and dependency of renewable energy systems on weather conditions remain among their drawbacks.

Concern efficiency design to reduce fuel consumption

Hybrid electric vehicles (HEVs) have emerged as most viable short- to mid-term solution for improving energy conversion efficiency of road vehicles , in particular for urban application. (Katrašnik 2009:1924) Besides hybrid electric cars, busses and trucks hybrid electric motorcycles and scooters also posses potential to reduce environmental pollution in particular geographic environments . If plug-in option is not considered, it is necessary to characterize fuel economy of HEVs at balanced energy content of electric storage devices (ES), i.e. energy content of ES at beginning of test cycle equals energy content of ES at end of test cycle, to enable credible comparison of different vehicle topologies and configurations. (Chan 2007:704)This condition can be fulfilled either by repeating test cycles until energy content deviation of ES is below specified margin, or to correct fuel consumption based on energy content deviation of ...