House Indoor Solar Energy China

Evaluation of energy-saving potential and indoor thermal
Semantic Scholar extracted view of "Evaluation of energy-saving potential and indoor thermal environment of passive solar houses in various heating climate regions of China" by Gaochao Li et al.
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Evaluation of energy-saving potential and indoor thermal
Passive solar houses comprise crucial strategies of reducing heating and cooling energy for buildings, which have been extensively used in plenty of nations. This study develops a study on indoor thermal environment, the energy-saving performance and natural lighting in different heating climate regions (represented by Lhasa, Xining and Urumqi
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Evaluation of energy-saving potential and indoor thermal
Semantic Scholar extracted view of "Evaluation of energy-saving potential
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A Solar Wall System Utilized in Rural Houses of Northeast China
Resolving the conflict between the heating and ventilation in a rural house in
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Improving indoor thermal environment in a traditional building
Therefore, this paper carries out field measurement and numerical simulation to optimize the size of the additional solar house of a traditional building house in rural China, and reveal the improving effect of the house on the indoor thermal environment of the building. The relevant results provide a guide for designers to improve
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The significance for solar heat gain on the indoor
In this paper, two independent passive houses in cold areas in China were selected as research objects, which had almost the same geographic locations, building shapes, and floor plans, through...
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Evaluation of energy-saving potential and indoor thermal
Passive solar houses comprise crucial strategies of reducing heating and cooling energy for
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Photovoltaic technology in rural residential buildings in
In the demonstration residential case of Tu''ergan Village in Qinghai Province, by adopting passive technologies such as increasing maintenance structure insulation performance, adding sun rooms and
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Improving indoor thermal environment in a traditional building
Along with urbanization, the energy consumption of buildings across China has increased nearly 45% in recent years [2], [3]. The effect of each additional solar house on indoor thermal environment can be calculated by: (1) Δ T a = T a-T a s where Ta is the indoor air temperature of the original building; Ta s is the indoor air temperature of the building with each
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Photovoltaic technology in rural residential buildings in China: a
In the demonstration residential case of Tu''ergan Village in Qinghai Province, by adopting passive technologies such as increasing maintenance structure insulation performance, adding sun rooms and skylights, and combining active technologies such as solar water heaters, the thermal load of the demonstration house decreased by 34%, and the
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Climate adaptive thermal characteristics of envelope of residential
Passive house has been constructed in China on a large-scale over the past couple years for its great energy saving potential. However, research indicates that there is a significant discrepancy in energy performance for heating and cooling between passive houses in different climate zones. Therefore, this research develops a comparative analysis on the
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A Solar Wall System Utilized in Rural Houses of Northeast China
Resolving the conflict between the heating and ventilation in a rural house in winter becomes a major problem in improving the indoor thermal comfort and air quality. This paper proposes a...
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Evaluation of energy-saving potential and indoor thermal
Passive solar houses comprise crucial strategies of reducing heating and cooling energy for buildings, which have been extensively used in plenty of nations. This study develops a study on indoor t...
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Energy Monitoring and Analysis of a Residential
The energy consumption of residential buildings plays a crucial role in overall energy consumption and environmental sustainability. This paper aims to conduct an energy analysis of a residential house located in China,
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Evaluation of energy-saving potential and indoor thermal
Passive solar houses comprise crucial strategies of reducing heating and
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Heating load reduction characteristics of passive solar buildings
China''s Tibet autonomous region has abundant solar energy resources, cold winters, and cool summers. These are ideal conditions for the application of passive solar heating methods. However, differences in climatic conditions and building types can significantly affect passive solar technology''s feasibility, which makes it challenging to promote passive solar
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Using solar house to alleviate energy poverty of rural Qinghai
Based on a novel hybrid heating system, we renovated a rural building into a solar house in Wangtun village, Qinghai-Tibet region. The energy consumption and indoor air temperature of the building before and after reconstruction were field measured and comparatively analysed.
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Improving indoor thermal environment in a traditional building of
Therefore, this paper carries out field measurement and numerical simulation
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Using solar house to alleviate energy poverty of rural Qinghai
Based on a novel hybrid heating system, we renovated a rural building into a
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China Solar Energy System 5000W House Hybrid Solar System
As one of the leading Solar Energy System 5000W House Hybrid Solar System 5kW Off-grid Solar Power System For Solar Home System manufacturers and suppliers in China, we warmly welcome you to buy or wholesale high quality Solar Energy System 5000W House Hybrid Solar System 5kW Off-grid Solar Power System For Solar Home System for sale here from our
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Solar Energy
The sunroom, a passive solar heat collecting component, is widely used in rural residential houses in Southeast Shandong Province, China. However, many forms of sunroom are applied in this area, and the impact of their application on the indoor thermal environment, energy-saving, and economy is unclear. In this paper, the influence of
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Improving indoor thermal environment in a traditional building of
The results show that the width of the additional solar house should be
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Improving indoor thermal environment in a traditional building of
The results show that the width of the additional solar house should be controlled within the range of 600–2400 mm, which provides the residents indoor with the best thermal environment. The...
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Energy Saving and Thermal Comfort Performance of Passive
To optimize energy consumption, indoor thermal comfort, and the corresponding economic performance of the retrofitting measures for the prototypical house, five measures, including wall insulation, reflective roof coating, carpet, sunshade, and natural ventilation, are proposed after considering the status quo of the building envelope. It is found
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The significance for solar heat gain on the indoor thermal environment
In this paper, two independent passive houses in cold areas in China were selected as research objects, which had almost the same geographic locations, building shapes, and floor plans, through...
Get Price
Solar Energy
The sunroom, a passive solar heat collecting component, is widely used in rural residential houses in Southeast Shandong Province, China. However, many forms of sunroom are applied in this area, and the impact of their application on the indoor thermal environment, energy-saving, and economy is unclear.
Get Price
Review of Heating Methods for Rural Houses in China
Although the Kang directly using the solar energy can solve indoor and outdoor pollution. problems, its drawback in a slow rise of indoor temperature cannot be overcome due to its lar ge heat
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The significance for solar heat gain on the indoor
Besides the solar house, three energy-saving houses and two old rural houses were investigated. Peasants'' thermal responses were surveyed by questionnaires at the meantime.
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What You Need To Know About Indoor Solar
Benefits of Single Cell Solar Designs. Solar Energy Harvesting vs. Coin Cell Battery: Which Is Better? What Makes A Wireless Protocol Low Power? There are endless applications and use cases for indoor solar. If you have specific questions or would like to know if you can use indoor solar for your application or device, please contact us.
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6 FAQs about [House Indoor Solar Energy China]
How much energy does a solar house use?
The energy consumption and indoor air temperature of the building before and after reconstruction were field measured and comparatively analysed. Results indicate that the energy consumed by solar house with the hybrid heating system was 153.3 kWh/day lower than that by the old building.
Can solar house improve indoor thermal environment without environmental pollution?
One of the methods to realise this is the application of solar house since it has significant advantages of improving the indoor thermal environment without environmental pollution , . Meanwhile, the high-altitude makes the sky of Qinghai-Tibetan plateau mostly transparent and with low dust content.
What is the energy saving index of a solar house?
The energy saving index indicates the significant potentials of the solar house with the hybrid heating system to alleviate the domestic energy poverty. In the old building, the average indoor air temperatures of the living room and the bedroom were higher than that of the kitchen about 8.3°C and 7.7°C respectively.
What is the average air temperature in a solar house?
The average air temperature of the living room and two bedrooms in the solar house reached 12.8°C, 11.0°C and 10.2°C, about 8.78°C, 7.61°C and 6.82°C higher than temperatures of the rooms in the old building. Overall, the solar house has considerably improved indoor environments and provided people with better thermal comfort.
Should solar houses be recommended in rural Qinghai-Tibet region?
Therefore, the solar house should be recommended in not only the rural Qinghai-Tibet region but also other rural areas in either China or other developing countries to alleviate domestic energy poverty. The authors declare no conflict of interest.
Can solar house reduce energy poverty in rural Qinghai-Tibet?
It is concluded that solar house can be an effective approach to mitigate domestic energy poverty of the rural Qinghai-Tibet region. The findings may also instruct other rural regions in either China or other developing countries to address the issue of energy poverty.
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