Energy Performance Improvement in House Boat Tourism through Clean Energy Route Interfaced with Energy Efficient Power Conversion Techniques and Energy Storage

Abstract

With its unique culture and tradition, tourism is distinguished and globally attractive sector of economy in the Kerala state. House boat tourism is the backbone of this sector. Luxurious and climate controlled suites combined with back water transport are the major attraction of these house boats. For both propulsion and indoor amenities, the hydrocarbon based fuels are a key energy resource. The continuous exploitation of fossil fuels, especially petrol and diesel through combustion route as a primary energy source have landed in major contribution of carbon footprints and water pollution. The impact of these activities to climate change will lead to a threat for aquatic life and sustainable tourism. Energy efficiency and renewable energy are the forward players to tackle these challenges. Dependence on reliable and quality power from grid is also a challenge for these house boats during docked as well as sailing conditions. A novel methodology to harvest clean and free renewable energy from roof top Solar Photo Voltaic (SPV) modules, store using suitable energy storage technology combined with energy efficient power distribution using Low Voltage Direct Current (LVDC) to feed energy optimally to the hotel loads is discussed. Pre and post implementation Energy performance and climate impact is evaluated through Energy performance analysis and the same is discussed.