Add to ORKGThis paper provides an idea to maintain constant voltage to the charging battery at both low and high level light intensity by using SEPIC topology in solar powered robot. Here two batteries are used, one is for charging and another is for discharging. When battery 1 get charged in mean time the battery 2 which is already charged is used to run the robot, Switching will be controlled by ARM processor using DPDT relay, and also voltage and current levels are monitored. Maximum Power Point tracking of solar will be done by single axis tracking system
Solar cell testers sort photovoltaic cells according to their electrical performance, tested under s...
The energy released by sun is referred as solar as a solar energy which will not decay & is costless...
The robots that operate autonomously for extended periods in remote environments are often limited t...
Abstract—This paper focus on the design and construction of an optimization charging system for Li–P...
This project presents a hybrid system implementing the use of solar panels and batteries to power a ...
This paper is about a robotic vehicle aims on the design of efficient charging system of batteries b...
The objectives of this thesis are to construct a line follower robot where it use energy from sun an...
The renewable energy has been attracting attention as a new alternative energy due to the problem of...
The DeciZebro is a six-legged autonomous robot is being developed by the Zebro team at the TU Delft....
This paper focuses on the design and development of an optimization charging system for Li–Po batter...
Mobile robots used for search and rescue suffer from uncertain time duration for sustainable operati...
The integration of photovoltaic (PV) panels on electric and hybrid vehicles is gaining interest, tha...
Today, households are becoming smarter and automated. Soon, the non-renewable sources that are used ...
This paper describes a prototype mobile robot which will harvest energy when its own power reserve i...
One of the most common methods to convert sunlight into usable electrical or thermal energy is throu...
Solar cell testers sort photovoltaic cells according to their electrical performance, tested under s...
The energy released by sun is referred as solar as a solar energy which will not decay & is costless...
The robots that operate autonomously for extended periods in remote environments are often limited t...
Abstract—This paper focus on the design and construction of an optimization charging system for Li–P...
This project presents a hybrid system implementing the use of solar panels and batteries to power a ...
This paper is about a robotic vehicle aims on the design of efficient charging system of batteries b...
The objectives of this thesis are to construct a line follower robot where it use energy from sun an...
The renewable energy has been attracting attention as a new alternative energy due to the problem of...
The DeciZebro is a six-legged autonomous robot is being developed by the Zebro team at the TU Delft....
This paper focuses on the design and development of an optimization charging system for Li–Po batter...
Mobile robots used for search and rescue suffer from uncertain time duration for sustainable operati...
The integration of photovoltaic (PV) panels on electric and hybrid vehicles is gaining interest, tha...
Today, households are becoming smarter and automated. Soon, the non-renewable sources that are used ...
This paper describes a prototype mobile robot which will harvest energy when its own power reserve i...
One of the most common methods to convert sunlight into usable electrical or thermal energy is throu...
Solar cell testers sort photovoltaic cells according to their electrical performance, tested under s...
The energy released by sun is referred as solar as a solar energy which will not decay & is costless...
The robots that operate autonomously for extended periods in remote environments are often limited t...