The work is related to the solar energy power generation, more specifically the paper revolves around the topic of solar tree. This paper shows how efficient and important is the solar tree for this generation. This presents how solar trees converts the solar energy into electrical energy. Sunlight irradiates daily and blasts out an enormous amount of solar energy towards the earth, the total energy that is received from the sun is more than enough for humanity to run for many years, still the received solar energy is not harnessed properly and hence there is not sufficient energy production in the world. Since solar panels are the efficient method nowadays for generating electrical energy from the solar energy, but solar panels requires lot of space to install. Hence this work solve this problem by using solar tree that is mounting of solar panels on artificial tree.

The hexagonal solar heat collector experimental setup has been designed & fabricated. This experimental setup concentrates the solar-heat energy, the collector got the energy from concentrated radiation using the flat mirrors. This designed experimental setup is working on reflection of light principle. The Hexagonal solar reflector focuses coordinated radiation from the sun toward the collector. Radiation from the sun directly transformed into heat and transfer to heat collector, maximizing the concentrated energy from the reflector mirrors are used so sun rays are reflected into and concentrated into the collectors. The study and behaviour of solar heat collector, here an experimental setup has been design developed for conducting the experiments with position of sun. From these experiments maximum temperature has been achieved and done the analysis the behaviour of model.

A sensitivity analysis was carried out to identify the impact of relevant input parameters and constraints on the successful implementation of the system at Energy Park, LNCT Bhopal. The dynamic model of the hybrid power system and its components, established on MATLAB Simulink software, has justified the feasibility of the considered system for the given load demand profile. Hybrid power system has been proposed for Energy Park, LNCT Bhopal to meet the power demand and make it self-sufficient. It is observed that the behavior of solar and wind power sources is complementary to each other, which means that one source at a time exists. Thus, the system reliability of HES is greatly improved. Keeping in view the power load, HES has been designed to achieve uninterrupted power supply at Energy Park, LNCT Bhopal.