The embodiments herein relate to a self-powered food cart with combined solar heating and photovoltaic system (100). The system (100) includes a food cart (102), solar PV panels (104), and a solar heater (106). An electric conversion unit (200) converts solar energy into electricity for various electric loads (210)....

The embodiments herein relate to a roof-embedded solar photovoltaic panel. The system (100) includes a solar PV panel (102) and a base holding structure (104). The base holding structure (104) further includes a connecting point (106). The connecting point (106) is used to connect the solar PV panel (102) with the o...

The embodiments herein relate to an intelligent solar PV panel connection directing system for optimal power tracking in e-vehicles. The system (100) includes solar PV panel/s (102), a panel sub connector (104), a panel connection coordination module (106), a panel sensor (108), a connection direction controller mod...

The embodiments herein relate to solar photovoltaic panel incorporating metallic cooling system. The system (100) includes a solar PV panel (102) and a cooling tube. The cooling tube may be a multiturned U-shaped tube (104) or a spiral-shaped tube. The multiturned U-shaped tube (104) or a spiral-shaped tube is locat...

The embodiments herein relate to an enhanced performance solar photovoltaic panel integrating phase changing materials. The system (200) includes solar PV panel (102) and a base (202). The base (202) includes a phase changing material (204). The phase changing material (204) is in a solid phase when the temperature ...

The embodiments herein relate to body-embedded energy storage for refrigerated cargo vehicles. The system (100) includes a truck (102) and a refrigerated container container (104). The refrigerated container (104) further includes solar photovoltaic panels (302), thermo-electric cooling plates (304), battery cells (...

The embodiments herein relate to structural integration of battery cells in electric vehicles. The system (100) includes a solar PV panel (104) and a battery element integrated panel (106). The solar PV panel (104) is configured to connect with the roof of an electric vehicle. The battery element integrated panel (1...

The embodiments herein relate to composite materials integrated sturdy and lightweight electric vehicle chassis. The chassis (100) includes a frame (102) and an integrated segment (104). The frame (102) an outer layer that forms the chassis structure that includes either composite material or metal. The integrated ...

The system includes a mobile phone (101), a cloud (103) and a battery testing unit (105). The mobile phone (101) is integrated with a mobile application. The cloud (103) includes modules for information receiving (204), weather data receiving (206), battery condition receiving (208), condition planning algorithm (21...

The embodiments herein relate to an electric axle for a self-powered tractor. The system (100) includes a chassis (101), a battery (103), a power conversion and controller unit (105), a solar panel canopy (201), an electric motor (107), and a differential (109). The power conversion and controller unit (105) include...

The embodiments herein relate to electric tiller equipment with a detachable cabin. The system (100) includes a front panel unit (101), a detachable cabin (111), and a solar roof (113).The front panel unit (101) consists of a battery (103), a motor (105), a control unit (115), a rotary unit (107), and a handlebar (1...

The thermal management of electrothermal insulation composite sandwich structural FRP panel (100) includes a resin infused Glass Fibre Reinforced Plastic (GFRP) (102) & (106), a Polyurethane Foam (PUF) (104), a phase shifting layer (112), a solar Panel (108), and a hard coated UV resistance glass (110). The Polyuret...

The system (300) includes a light commercial vehicle 302 configured to utilize a Solar PV panel integrated FRP panel. The container of light commercial vehicle 302 left side, right side, and top side are made up of the Solar PV panel integrated FRP panel 100, back doors (304) may made up of a thermal insulation comp...

The system (300) includes a resin-infused Glass Fibre Reinforced Plastic (GFRP) (102), a Polyurethane Foam (PUF) (104), a resin-infused Glass Fibre Reinforced Plastic (GFRP) (106), an outer layer, an aluminum layer (302), a solar panel (108), and a hard-coated UV resistance glass (110). The Polyurethane Foam (PUF) ...

The system (100) includes commercial and industrial building blocks (302). These building blocks utilize a thermal insulation composite sandwich structural FRP panel. This panel is fixed on the inner side and outer side of the building blocks, serving as a building wall. The thermal insulation composite sandwich str...

The light commercial vehicle (302) enclosure of 6 sides (front side, backside, left side, right side, top side, and bottom side) are made up of thermal insulation composite sandwich structural FRP 5 panel that includes a gel coat (102), a resin infused Glass Fibre Reinforced Plastic (GFRP) (104), a Polyurethane Foa...

The system (100) includes a mold (102) and a Polyurethane Foam and Fiber-Reinforced Plastic panel (104). The mold (102) is configured to make a Polyurethane Foam and Fiber-Reinforced Plastic panel. The Polyurethane Foam and Fiber-Reinforced Plastic panel (104) includes a gel coat (302), a resin infused Glass Fibre R...

In an embodiment, a portable temperature-controlled refrigeration system (100) for a vehicle is provided. The system comprises a multi-power unit (110) and a refrigeration unit (112) coupled to the multi-power unit. The refrigeration unit is configured to be electrically operated via a direct current (DC)-alternatin...