Which part of solar cooker is responsible for greenhouse gas?
Answers from top 18 papers
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| Papers (18) | Insight |
|---|---|
| It is an improvement on the solar cooker SC-1 earlier developed at the institute. | |
| The short payback periods suggest that the use of the solar cooker is economic. | |
| The experimental studies prove that the solar cooker effect really exists and should not be overlooked. | |
26 Citations | A single vacuum tube based solar cooker has high energy and exergy efficiency, and is capable of achieving cooking temperatures as high as 250 °C. |
51 Citations | The results clearly indicate that absorber plate temperature in conventional solar cooker has a notable decreasing tendency toward sunset, which totally affects the overall thermal performance of the system. |
| Of these five cookers, the hot box type solar cooker (solar oven) showed the greatest promise due particularly to its efficiency, ease of operation, ease of construction with local techniques, material, and simplicity. | |
| This paper presents the design, development and on-field studies of a low cost solar cooker which can act as a promising solution towards reducing the adverse impacts of indoor air pollution on the health of women and children of developing countries. | |
01 May 2017 | It was found that the solar box cooker with phase change material could be effectively utilized to cook food during off-peak hours of solar radiation. |
189 Citations | The results presented in this paper show that by using solar energy, considerable amounts of greenhouse polluting gasses are avoided. |
22 Citations | The solar cooker is inexpensive to fabricate and simple and safe to use. |
| This mechanism facilitates the recording of temperature patterns that identify the functioning of the solar cooker. | |
| The solar cooker proved to be reliable, trouble-free, and efficient. | |
93 Citations | Therefore, the use of a solar cooker is economical. |
| The solar cooker was found to be useful in cooking a variety of foods. | |
45 Citations | The present solar cooker has been found as first kind of SBC which can efficiently perform on forced convection in any type of climatic conditions. |
57 Citations | The payback period shows that use of the solar cooker is economical. |
143 Citations | All the discussed factors have been taken into account in the fabrication of a simple solar box cooker and a good improvement has been found in the performance of box cooker with efficient working in low ambient temperatures. |
| The study reveals that the temperature profiles of the developed solar cooker are slightly better than the commercially available fibre body solar cooker. |
Related Questions
What are the most effective designs for solar cookers?5 answersSolar cookers have different designs that have been found to be effective. Some commonly used designs include box-type cookers, parabolic cookers, and cookers with reflectors. These designs have been evaluated for their thermal performance and heat transfer characteristics. Cookers with potential heat storage materials have been found to be better than conventional cookers, as they can cook efficiently for long hours, even during off sunshine hours. The use of geometric shapes that take advantage of convection as a heat transfer mechanism can also improve the solar heating process. The design of a parabolic solar cooker with booster reflectors and a mechanical device for sun tracking has been shown to be efficient for cooking purposes, especially on sunny and cloudless days. The review of solar cooker designs also mentions box cookers with or without reflectors, panels, funnels, parabolic-dish and trough type cookers, and indirect type cookers. The use of reflectors and transparent insulating materials, as well as the incorporation of phase change materials for energy storage, have been found to improve the performance of solar cookers.
What is the efficiency of a solar cooker?5 answersThe efficiency of a solar cooker varies depending on the design and materials used. Several studies have been conducted to evaluate the efficiency of different solar cookers. One study found that the overall energy efficiency of a solar cooker was 10.3%. Another study compared the performance of different solar cookers and found that the exergy efficiency ranged from 13.47% to 48.51%. A different research paper reported an energy efficiency of 29.91% and an exergetic efficiency of 28.13% for a box-type solar cooker. Additionally, a study on a new design of solar cooker equipped with internal reflectors and a tracking-type bottom parabolic reflector reported an overall cooker efficiency of 10.7% to 12.5%. These findings demonstrate that the efficiency of a solar cooker can vary depending on factors such as design, materials, and cooking process.
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