High Concentrator Photovoltaics: Fundamentals, Engineering and Power Plants editado por Pedro Pérez-Higueras,Eduardo F. Fernández

LINK
https://books.google.com.br/books?id=b8FOCgAAQBAJ&lpg=PA36&ots=-KhGsYkx2y&dq=High%20Concentrator%20Photovoltaics%20Pedro%20P%C3%A9rez%20Higueras&hl=pt-BR&pg=PA48#v=onepage&q&f=false

GOOGLE DEMO BOOK

Grid Connected Photovoltaic Systems with SmartGrid functionality Henry Benedict Massawe - Norwegian University of Science and Technology -Department of Electric Power Engineering

Abstract This thesis work is part of the NTNU renewable energy laboratory project, “Grid Connected PV Systems with Smart grid functionality”. It solves the problem of shading to the available NTNU PV modules which is sensitive to the exiting central inverter system topology by proposing a PV system which is more efficient and reliable. This thesis is focused on the design of the PV-grid connected inverter power stage that supports the proposed PV system under study. As part of the NTNU renewable energy laboratory project, a single phase 1kW, 230V, dual power stage inverter is designed. The important parameters required for inverter stage including input inductance and capacitance, DC –Link capacitance and LCL filter were designed. In chapters 1 to 2, the PV system overview and grid connected inverter technology is discussed. Photovoltaic characteristics that help the development of a proposed PV system are pointed out. The real scenario of the available NTNU PV system and the challenges facing its poor efficient to generate electricity is explained in Chapter 2. Chapters 3 to 4, present different topologies that are possible in the design of the power stage inverter of which full bridge converter topology is chosen due to its numerous advantages. The significance of dual stage and galvanic isolation to PV-grid inverters is depicted in chapter 3. The energy conversion efficiency, maximum power point tracking, anti-islanding, power quality and cost have been mentioned in Chapter 4 as the most important criteria to be considered when designing any power stage inverter. In chapter 5 the parameters for power stage inverters are estimated and proposed. The boost inductor and input capacitor which are important components to voltage source inverter (VSI) are calculated. Switching scheme and the L-C-L filter is proposed to give a clear sinusoidal output phase voltage of 230V from a DC capacitance bus estimated to handle 400V. The parameters are designed in Multism / NI LabView and the desired output simulation results are discussed in Chapter 6. Lastly, the conclusion of this thesis is made and proposes the scope of the future work. This is the next part of the NTNU renewable energy laboratory project. The proposed control schemes would compromise with the inverter power stage and would results in the smart grid system. The proposed control shall be able to integrate the available renewable energy sources available in the laboratory and shall be implemented in NI LabView.

 LINK ORIGINAL
https://brage.bibsys.no/xmlui/bitstream/handle/11250/257663/653777_FULLTEXT01.pdf?sequence=2&isAllowed=y

SEMINARIO INTRODUCCIÓN SIMULACIÓN DE CIRCUITOS ELECTRÓNICOS DE POTENCIA COM PSPICE- PROFESSOR J.D.AGUILAR-UNIVERSIDAD JAEN

LINK EN LA WEB ORIGINAL
https://confeweb.ujaen.es/p8vqd3347sr/?launcher=false&fcsContent=true&pbMode=normal

How does Google Mobile App work with Inverter/Home UPS via Bluetooth in India? Su-Kam Falcon Plus

How does Google Mobile App work with Inverter/Home UPS via Bluetooth in India? Su-Kam Falcon Plus This mobile app can monitor and control an inverter at your home using Bluetooth technology. A revolutionary product introduced by Su-Kam.

Watch Discovery Channel’s Documentary on How Su-Kam is Solarizing India

Watch Discovery Channel’s Documentary on How Su-Kam is Solarizing India Watch the best ever documentary made on how solar is bringing development in rural India. The movie has been shot by Discovery Channel in Uttar Pradesh, Tripura, Delhi and Punjab Su-Kam Awarded ‘Best Solar Rural Electrification Company’

Su-Kam’s solar power systems are lighting up lacs of houses in remote villages of India and Africa. Indian rooftop Solar Summit, organized by Solar Quarter, lauded our efforts and presented us this prestigious award.

LINK
http://sukam-solar.com/