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\nDid you know that you can get up to 4 quotes from local renewable energy installers by using GreenMatch?
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Differences Between Solar Photovoltaic and Solar Thermal
\nThe Sun is the ultimate energy provider. The development of the renewable energy market is, to a large extent, based on that fact. Most of the green technologies currently operating harvest solar energy, directly or indirectly. Among indirect solar energy sources, wind, low grade geothermal (used in ground source heat pump systems), tidal and wave are either being largely employed and (wind) well established (low grade geothermal) or under development (tidal and wave).
\n\n\n\nDirect solar energy source consist of solar rays reaching the atmosphere. They can be collected by two different technologies: solar photovoltaics (also known as solar PV) and solar thermal systems. In this article, we’ll see how they work and what the differences between them are.
\n\n\n\nIf you’re considering investing in solar energy, it’s crucial to understand the differences between solar photovoltaic and solar thermal systems. Once you have a clear understanding of how each system works, you’ll be better equipped to make an informed decision about which one is right for your home.
\n\n\n\nIf you’re already keen to take the next step and talk to professionals, we recommend requesting quotes from multiple installers. This way you’ll have a much better idea of your options and how much it’s worth.
\n\n\n\nOur team at GreenMatch can help get your started by providing you with up to 3 free quotes from installers near you. Simply click the button below to get your free no-obligation quotes now and select the best deal.
\n\n\n\n\n\n\n\nTechnology
\n\n\n\nThe core difference between solar PV and solar thermal can be found in their working principles. Solar PV is based on the photovoltaic effect, by which a photon (the basic unit of light) impacting a surface made of a special material generates the release of an electron. Solar thermal, on the other hand, uses sunlight to heat a fluid (depending on the particular application, it can be water or other fluid).
\n\n\n\nThe photovoltaic effect only takes place in a reduced number of materials, called semiconductors (such as silicon -monocrystalline, polycrystalline and amorphous- and cadmium telluride), that, after specific chemical procedures , allow the generation of an electric current when exposed to light. Those semiconductors are shaped into thin layers that conform the core element of solar cells, the basic element of a solar PV system, that produce a direct current.
\n\n\n\n\n\n\n\nSolar cells are integrated into larger structures known as solar panels, where the desired values of current and voltage can be achieved. For grid- connected systems (that account for a large portion of the market), the use of an inverter is necessary (to convert DC generated by cells into AC, used in the grid).
\n\n\n\nThe working principle of solar thermal systems is far less sophisticated, but as useful for the generation of consumable energy as the photovoltaic effect. It consists on the direct heating of water (or other fluids) by sunlight. That energy conversion takes place at different devices depending on the range of temperatures at which the working fluid is being heated.
\n\n\n\nLow and medium temperature collectors can be flat plate panels or evacuated tubes. High temperature collectors consist of concentrated solar systems, such as parabolic trough, Fresnel reflectors, dish Stirling and solar towers.
\n\n\n![\"\"](\"https://cdn.greenmatch.co.uk/cdn-cgi/image/format=auto/2/2022/10/solarpv.png\")
Use
\n\n\n\nRegarding the use of those technologies, the first step is to separate small, household solar systems from power plants, in both PV and thermal.The domestic utilization of them is discussed below.
\n\n\n\nAs to power plants, PV and thermal systems share the production of electricity as their aim. While PV systems generate that electricity directly from solar energy, thermal systems heat a fluid(water, oil, sats, air, etc.) that will run a steam engine, gas turbine or similar. That electricity is transferred to the grid, as AC and with the required value of voltage.
\n\n\n\nIn the case of photovoltaic power stations, the capacity of the largest ones is above 500 MW, whereas that of the largest thermal power stations is lower than 400 MW. Both types are experiencing a rapid growth in many parts of the world, with many are under construction and more planned.
\n\n\n\n\n\n\n\nResidential PV installations produce DC electricity directly from solar energy. There are two types of residential PV systems: grid-connected and “off grid” or “stand-alone”. The first ones offer the possibility of feed the grid (which is being encouraged by economic incentives) through an inverter. The latter ones are completely dedicated to self-consumption (lighting, heating, water heating, etc.) and require the use of battery banks to separate consumption from generation.
\n\n\n\nResidential solar thermal systems’ main use is water heating. They usually work combined with central heating systems (gas or fuel) oil, that start working when temperature in the water tank fall below a certain value. Thus, this systems can provide hot water all year round even in cool climates. Alternatively, thermodynamic systems can heat water using the built-in compressor, should you use up all the water; this way, you can establish a fossil-independent system. Solar thermal systems can also be used for space heating purposes (this is relatively common in countries such as Sweden).
\n\n\n![\"\"](\"https://cdn.greenmatch.co.uk/cdn-cgi/image/format=auto/2/2022/10/solarthermal.png\")
Advantages and Disadvantages
\n\n\n\nSome of the most important advantages of solar PV:
\n\n\n\n- Regarding power plants, PV design is much simpler than that of thermal. A PV power station is formed of many solar panels connected in parallel and in serie. On the other hand, electricity generation using solar thermal technology implies the transmission of energy from a hot fluid to a generator. That has led to different and complex designs, some of them mentioned above.
- At a smaller scale, domestic PV systems are more versatile than thermal systems, since they can power many appliances (solar thermal is limited to space and water heating). They also have a larger lifespan.
Some of the most outstanding advantages of solar thermal are:
\n\n\n\n- Its possibility to store the energy generated, since thermal power plants don’t convert solar energy directly into electricity and domestic thermal systems always include a water tank where heat can be stored. PV systems, on the contrary, suffer from an inherent intermittency that stems from sunlight patterns. The storage of electricity is normally not considered an option, due to energy losses that make it really inefficient. That results in a more uniform and reliable supply of electricity by thermal plants.
- Solar thermal technology for domestic use is much less complicated than solar PV. It’s important to point out that the energy generation for residential uses vary from thermal to PV systems. Thermal generate heat, while PV electricity. Thermal panels are also more space efficient.
Whether you opt for solar PV or solar thermal panels, you can drastically reduce your energy bills and do your part to combat climate change. So why wait?
\n\n\n\nClick the button below and get up to 3 solar panel quotes from reliable installers available in your area. Our service is completely free and you’re under no obligation to accept any of the offers you receive.
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- 太阳能光伏发电和太阳能热发电之间的区别
太阳能光伏发电和太阳能热发电之间的区别
的太阳是最终的能源提供者。可再生能源市场的发展,在很大程度上,基于这一事实。目前大多数的绿色技术操作获取太阳能,直接或间接地。在间接的太阳能能源、风能、低品位地热(在地源热泵系统中使用),潮汐和波浪是主要工作,(风)良好(低品位地热)或正在开发(潮汐和波浪)。
直接太阳能源包括太阳能射线到达大气层。它们可以收集到两种不同的技术:太阳能光伏发电(也称为太阳能光伏)和太阳能热系统。在本文中,我们将看到它们是如何工作的以及它们之间的区别是什么。
如果你正在考虑投资于太阳能,至关重要的是要了解太阳能光伏发电和太阳能热发电系统之间的区别。一旦你有了一个清晰的理解每个系统是如何工作的,你会更好地做出明智决定哪一个是适合你的家。
如果你已经迈出下一步,跟专业人士,我们建议从多个安装要求报价。这样你会有一个更好的主意你的选项和值得多少钱。
我们的团队在GreenMatch可以帮助你开始为你提供3免费引用你附近的安装程序。只需单击下面的按钮让你没有义务免费报价,选择最好的交易。
技术
太阳能光伏和太阳能热发电的核心区别可以在他们的工作原理。太阳能光伏是光生伏打效应的基础上,由一个光子(光)的基本单元影响表面由特殊材料制成的生成电子的释放。太阳热能,另一方面,使用阳光来加热液体(取决于特定的应用程序,它可以在水或其他液体)。
的光生伏打效应只发生在一个减少数量的材料,称为半导体(如矽单晶、多晶和非晶态,碲化镉),,在特定的化学过程,允许电流暴露在光的一代。这些半导体塑造成薄层,符合太阳能电池的核心元素,太阳能光伏系统的基本元素,产生直流电。
太阳能电池集成到更大的结构被称为太阳能电池板,可以实现所需的电流和电压值。www188bet.com188bet亚洲体育平台电网连接的系统(也占很大一部分的市场份额),逆变器的使用是必要的(细胞产生的直流转换为交流,在网格中使用)。
太阳能热系统的工作原理是更复杂,但是作为消费品的生成有用的能量光生伏打效应。它包括直接加热的水(或其他液体)通过阳光。能量转换发生在不同设备的范围取决于温度的工作流体被加热。
中低温度收藏家可以平板板或疏散管。高温收藏家由聚光太阳能系统,如抛物线槽、菲涅耳反射镜,菜斯特灵和太阳能塔。
使用
关于这些技术的使用,第一步是单独的小,从发电厂、家庭太阳能系统PV和热。下面讨论的国内利用他们。
至于发电厂、光伏和热系统共享生产的电力作为他们的目标。而直接从太阳能光伏系统产生电力,热力系统热流体(水、油、sat、空气等)运行一个蒸汽发动机,燃气轮机或类似。电力传输到电网,AC和所需的电压值。
在光伏电站的情况下,能力最大的是超过500兆瓦,而最大的热发电站是低于400兆瓦。两种类型正在经历一个快速增长在世界的许多地方,许多在建和计划。
住宅光伏直接从太阳能设施产生直流电力。有两种类型的住宅光伏系统:短时间和“网格”或“独立”。第一批提供饲料的可能性网格(这是由经济激励措施鼓励)通过一个逆变器。后者是完全致力于self-consumption(照明、采暖、热水等),需要使用电池银行从一代独立的消费。
住宅太阳能热系统的主要用途是热水。他们通常工作结合中央供暖系统(气体或燃料)油,开始工作,当水箱的温度低于一定值。因此,本系统可以提供热水甚至一年到头都在凉爽的气候。另外,热力学系统可以加热水使用内置的压缩机,应该使用所有的水;通过这种方式,您可以建立一个fossil-independent系统。太阳能热系统也可以用于空间加热(这是相对常见的在瑞典等国家)。
优点和缺点
一些最重要的优势太阳能光伏:
- 关于电站,光伏设计得多更简单的于热。许多太阳能电池板的光伏电站形成连接在平行和联赛。www188bet.com188bet亚洲体育平台另一方面,使用太阳能热发电技术意味着从热流体的传播能量发生器。导致不同的和复杂的设计,其中一些上面提到的。
- 在规模较小,国内光伏系统更多样化的比热系统,因为他们可以权力很多电器(太阳热能有限空间和热水)。他们也有更大的寿命。
一些最突出的优点太阳能热是:
- 它的可能性商店产生的能量,因为火力发电厂不将太阳能直接转换为电能和国内热系统总是包含一个水箱的热量可以存储的地方。光伏系统,相反,遭受一种固有的间歇性源于阳光模式。存储的电能通常不被认为是一种选择,由于能量损失,使其真正效率低下。结果在一个更加统一和可靠的供电的电厂。
- 国内太阳能热技术使用得多那么复杂太阳能光伏。重要的是要指出,住宅的能源使用不同热光伏系统。热产生热量,而光伏发电。热板也更多的空间效率。
你是否选择太阳能光伏太阳能热板,你可以大大减少能源费用,你的应对气候变化的一部分。为什么等待?
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