Solar Energy Storage Articles

  • Energy Storage 301: Solar + Storage Economics - Case Study

    In this post we examine the economics of solar + storage. Specifically, we calculate the value of solar and storage for two commercial buildings in each of three markets: California, New York, and Hawaii. We find solar and storage are strongly synergistic in all three markets. The NPVs of solar + storage investments are greater than the sum of the NPVs of solar investments and storage investments ...


    By Growing Energy Labs, Inc.

  • Solar + Storage: How to Develop & Sell High Value Projects

    In September 2016, Geli hosted a webinar on how to develop and sell high value solar + storage projects. Watch our webinar to learn more about: Qualifying projects Creating a business case Procuring financing Developing compelling customer presentations This webinar is the third in a series. If you have not seen our first two webinars, you will ...


    By Growing Energy Labs, Inc.

  • Sun at Night: Sunny Boy Storage in the Field

    Heinrich Eurich reports on his initial experiences with his PV storage system comprising the Sunny Boy Storage and Tesla Powerwall. As part of the field test for the Sunny Boy Storage, the SMA employee was one of the first to have the new storage system installed. “Darn it, back payments again!” That’s how I always reacted when the annual electricity bill from the public utility ...


    By SMA Solar

  • Exergy analysis of a multi–tank thermal storage system for solar heating applications

    This paper presents the results of an experimental study on the stored exergy of a stratified multi–tank system when subjected to various charge and discharge strategies. Tests were performed over 8–h and 48–h test periods, for constant temperature charging, variable input power charging, constant volume hourly draws and variable volume hourly draws. For each set of test parameters, three ...


    By Inderscience Publishers

  • Energy and exergy analyses of solar ponds in the Indian climatic conditions

    Energy and exergy analyses of a salinity–gradient solar pond (SGSP) (100 × 100 m²) are carried out in the Indian climatic conditions. It has been found that the highest amount of useful low–grade thermal energy, i.e., 24,260 and 28,119 MJ, can be extracted at 80 and 85°C temperature from heat storage zone (HSZ) of the solar ponds at New Delhi and Bhavnagar in the month of May, respectively. ...


    By Inderscience Publishers

  • Sustainable development as a guide to the energy technology revolution

    Mitigating climate change while also meeting world needs for increased access to energy will require an energy revolution. More rapid deployment of existing renewable energy technologies will help, but new energy generation, transmission, and storage technologies will also be needed. The article urges the application of sustainable development principles to guide this revolution. From three ...


    By Inderscience Publishers

  • Why carbon capture and storage is vital, has no friends but must be backed

    James Smith, Chair of the Carbon Trust, sets out why we need to learn to love CCS - before it's too late In front of the Public Liaison Committee in Parliament last week the Prime Minister laid out the importance of carbon capture and storage to the setting of a 2030 carbon target and in helping resolve the current debate on how much gas in the UK it is safe to burn.  Just a month ...


    By Carbon Trust

  • Solar tunnel drier with thermal storage for drying of copra

    A natural convection solar tunnel drier integrated with rock bed as sensible heat storage material was developed to test its performance for copra drying. The experiments were carried out with and without the integration of heat storage material. The temperature gradient inside the tunnel drier is about 10–25°C during the clear day and 7–12°C during off–sunshine hours, which is quite sufficient ...


    By Inderscience Publishers

  • Role of acridine orange – sodium lauryl sulphate system in photogalvanic cell for solar energy conversion

    Energy conversion efficiency was studied in liquid phase photogalvanic cell consisting acridine orange as photosensitiser, NaLS as surfactant and DTPA as reductant. Values of photopotential and photocurrent generated by this system were 746.0 mV and 205.0 µA respectively. The observed power conversion photon energy efficiency was 0.83% and fill factor was determined as 0.56. This photogalvanic ...


    By Inderscience Publishers

  • CO2 mitigation with thermal energy storage

    Thermal Energy Storage (TES) provides us with a flexible heating and/or cooling tool to combat global warming through conserving energy while utilising natural renewable energy resources. This paper aims to show how CO2 emissions can be decreased by utilising different TES concepts in Turkey. The first project is for the heating and cooling of a supermarket using Aquifer Thermal Energy Storage ...


    By Inderscience Publishers

  • Design, development and performance evaluation of latent heat storage foot warmers

    In this paper, three PCM based foot warmers of cylindrical and rectangular in shape were designed, developed and fabricated to store solar energy during sunshine hours. The stored energy was utilised to warm the feet in the late evening to replace electric heaters. By trial experiment, it was found out that the surface temperature of the storage units of the foot warmer should be between ...


    By Inderscience Publishers

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