JBIIAI established by JB Group, creates a holistic innovation and ecosystem for startups beneficial to society and the environment of our nation. It also has a state of art of R&D centers which leverages all the resources that are available within the campus such as access to Engineering, Pharmaceutical, Dental and Medical laboratories, workshops, testing centers, computing resources, internet, library in all branches of Engineering, Medical, Pharmacy and above all highly experienced and knowledgeable human resource. In addition to this JBIIAI also has access to network of eminent professionals, academicians, and businessmen, who can extend support to new ventures.
Some of the projects under taken are:
The target of this undertaking is synchronizing dynamic energy sharing among shunt and arrangement converters of brought together energy quality conditioner (UPQC) for appropriated age applications. All things considered UPQC is the best FACT gadget to improve control quality in both transmission side and conveyance side. It mitigates voltage and current motions happen because of any anomalous deficiency conditions (even/awry), non-straight loads or any progression change in burdens all of a sudden. UPQC is the adept FACT gadget to improve both dynamic and responsive energy. Be that as it may, these UPQCs are likewise utilized for conveying dynamic energy notwithstanding its capacity quality improvement by coordinating dispersed age (DG) at the DC connection of consecutive associated converters. Be that as it may, just the shunt converters are utilized to convey the entire dynamic energy from the DG sources and the arrangement converters are utilized to deal with just voltage related energy quality issues. In this way, the shunt converter is stacked intensely and the arrangement converter is kept inactive in consistent state cases. The more reliance on the shunt converter likewise decreases the unwavering quality of the all-out framework. Proposed control procedure is utilized to help dynamic energy through both arrangement converter and shunt converter even at the consistent state conditions. The proposed technique improves the use of the converters and furthermore the unwavering quality of the framework. The adequacy of the proposed control methodology is shown by contrasting and the ordinary control calculation, where just the shunt converter is utilized to convey dynamic energy
This project suggested a reconfigurable single phase inverter topology for a hybrid AC/DC solar powered home with FUZZY logic controller. This inverter possess a single phase single stage topology and the main advantage of this converter is that it can perform DC/DC, DC/AC and grid tie operation, thus reduces loss, cost, size of the converter. This hybrid AC/DC home has appliances of both AC and DC types. This type of home helps to reduce the power loss by avoiding unnecessary double stages of power conversion and improves the harmonic profile by isolating DC type loads to DC supply side and rest of AC side. Simulation is done in MATLAB/Simulink.