Vocabulary - Solar Energy

Vocabulary - Solar Energy - English Vocabulary with Examples

Vocabulary - Solar Energy

Sunlight (Sonnenlicht) is the primary source of energy for solar panels.
Renewable (erneuerbar) energy sources like solar power are essential for sustainable development.
Photovoltaics (Photovoltaik) convert light into electricity using semiconducting materials.
A solar cell (Solarzelle) is the basic building block of a photovoltaic system.
Sustainability (Nachhaltigkeit) is often associated with solar energy due to its minimal environmental impact.
Energy conversion (Energieumwandlung) is a key process in solar panels, turning sunlight into usable power.
Electrical grid (Stromnetz) integration is important for distributing solar-generated electricity.
Climate change (Klimawandel) mitigation is one potential benefit of widespread solar energy adoption.
Innovation (Innovation) in solar technology has significantly reduced the cost of solar panels.
Carbon emissions (Kohlenstoffemissionen) can be lowered by using solar energy instead of fossil fuels.
Efficiency (Effizienz): The efficiency of solar panels determines how much sunlight they can convert into electricity.
Installation (Installation): Proper installation is crucial for maximizing the performance of solar panels.
Solar farm (Solarpark): A solar farm can generate enough electricity to power thousands of homes.
Inverter (Wechselrichter): An inverter is needed to convert the direct current from solar panels into alternating current for home use.
Subsidy (Subvention): Government subsidies have made solar energy more affordable for homeowners and businesses.
Battery (Batterie): Solar systems often include a battery for storing energy to use when the sun isn't shining.
Thermal (thermisch): Thermal solar collectors are used for heating water in residential and commercial settings.
Panel (Modul): Each panel in a solar array contributes to the overall output of the system.
Sustainable development (nachhaltige Entwicklung): Solar energy plays a key role in sustainable developmentgoals.
Grid-tied (netzgekoppelt): A grid-tied solar system allows homeowners to sell excess electricity back to the power company.
Silicon (Silizium): Silicon is a key material used in the manufacture of solar cells.
Net metering (Netzverrechnung): Net metering policies can significantly improve the return on investment for solar energy systems.
Monocrystalline (monokristallin): Monocrystalline solar panels are known for their high efficiency and durability.
Polycrystalline (polykristallin): Polycrystalline panels are more cost-effective but generally less efficient than monocrystalline panels.
Renewable energy (erneuerbare Energie): Renewable energy sources like solar and wind are key to reducing greenhouse gas emissions.
Megawatt (Megawatt): Large solar installations can produce several megawatts of power, enough for a small town.
Solar array (Solaranlage): A solar array is a collection of multiple solar panels working together to generate electricity.
Off-grid (autark): An off-grid solar system is not connected to the electricity grid and typically includes a form of energy storage.
Feed-in tariff (Einspeisevergütung): A feed-in tariff is a policy mechanism designed to accelerate investment in renewable energy technologies.
Peak sun hours (Spitzen-Sonnenstunden): Peak sun hours indicate the average amount of full sun a location receives, useful for sizing a solar system.
Kilowatt-hour (Kilowattstunde): One kilowatt-hour represents the amount of energy your solar panels need to produce to power your home for one hour.
Mounting system (Montagesystem): The mounting system ensures that solar panels are securely attached to the roof.
Energy storage (Energiespeicherung): Advances in energy storage technology are critical for the future of solar energy.
Solar inverter (Solarwechselrichter): A solar inverter is a pivotal piece of equipment in any solar power system.
Voltage (Spannung): The voltage produced by a solar panel must be regulated to match that of the grid.
Energy independence (Energieunabhängigkeit): Many homeowners choose solar to achieve energy independence.
Sustainable energy (nachhaltige Energie): Sustainable energy solutions like solar help to preserve the environment for future generations.
Power generation (Stromerzeugung): Solar contributes significantly to the overall power generation mix of renewable sources.
Photovoltaic system (Photovoltaiksystem): A photovoltaic system typically includes panels, an inverter, and a monitoring system.
Solar module (Solarmodul): Each solar module consists of multiple solar cells wired together.
Energy efficiency (Energieeffizienz): Energy efficiency measures are complementary to solar energy systems in reducing overall power consumption.
Direct current (Gleichstrom): Solar panels produce direct current which must be converted to alternating current for most household appliances.
Green technology (grüne Technologie): Solar power is a cornerstone of green technology initiatives worldwide.
Solar thermal (Solarthermie): Solar thermal systems use the sun's heat to warm up water for use in homes or swimming pools.
Smart grid (intelligentes Netz): A smart grid integrates various sources of energy, including solar, to efficiently distribute electricity.
Charge controller (Laderegler): A charge controller prevents solar batteries from being overcharged or discharged too much.
Solar charger (Solarladegerät): A portable solar charger can power devices using energy from the sun.
Renewable portfolio standard (Erneuerbare-Energien-Quoten): The renewable portfolio standard requires utilities to procure a certain percentage of power from renewable sources.
Carbon footprint (CO2-Fußabdruck): Utilizing solar energy can significantly reduce your carbon footprint.
Zero-energy building (Nullenergiegebäude): A zero-energy building generates as much energy as it uses, often through solar power.
Solar tracker (Solarnachführung): A solar tracker system adjusts panels to follow the sun’s path, increasing efficiency.
Photovoltaic effect (photovoltaischer Effekt): The photovoltaic effect is the physical process through which solar cells convert sunlight into electricity.
Energy payback time (Energieamortisationszeit): The energy payback time is the duration it takes for a solar system to generate the energy used in its production.
Solar cell efficiency (Effizienz der Solarzelle): Research aims to improve solar cell efficiency to make solar energy more competitive.
Solar access (Solarzugang): Homeowners may have regulations protecting their solar access against obstruction by new construction.
Solar canopy (Solarvordach): A solar canopy can provide shade while generating power.
Interconnection (Verbindung): The interconnection standards define how solar systems connect to the grid.
Solar renewable energy certificate (Zertifikat für erneuerbare Solarenergie): Owners of solar systems can earn a solar renewable energy certificate for each unit of electricity they produce.
Decommissioning (Stilllegung): The decommissioning of a solar plant involves safely removing panels and other hardware at the end of their lifecycle.
Energy independence (Energieunabhängigkeit): Striving for energy independence, some homeowners invest in solar panels and battery storage.
Spectrum (Spektrum): The solar spectrum is the range of wavelengths of light emitted by the sun, important for understanding solar cell absorption.
Microgrid (Mikronetz): A microgrid can operate independently or in conjunction with the area's main electrical grid, often incorporating solar energy.
Energy audit (Energieaudit): An energy audit can help identify how much energy a home uses and how much can be saved by installing solar panels.
Low-emission (geringe Emission): Low-emission technologies like solar panels help reduce the overall carbon output.
Sustainability (Nachhaltigkeit): Sustainability is a core principle behind the push for more solar energy adoption.
Solar lights (Solarlampen): Solar lights for outdoor use store energy during the day and illuminate spaces at night without using grid electricity.
Conductor (Leiter): A conductor is a material through which electricity flows easily, used in the wiring of solar systems.
Energy conversion (Energieumwandlung): Energy conversion is the process of changing one form of energy into another, such as sunlight into electrical energy.
Fossil fuel displacement (Verdrängung fossiler Brennstoffe): Solar power plays a significant role in fossil fuel displacement.
Solar-powered (solarbetrieben): Solar-powered devices convert sunlight directly into electricity or heat.
Clean energy (saubere Energie): The adoption of clean energy sources like solar is essential for reducing environmental pollution.
Renewable resource (erneuerbare Ressource): The sun is a powerful renewable resource that can be harnessed for energy.
Photovoltaic panel (Photovoltaikpanel): A photovoltaic panel is a component of a solar system that converts sunlight into electrical energy.
Semiconductor (Halbleiter): A semiconductor is a material used in solar cells that can conduct electricity under certain conditions.
Solar investment (Solarinvestition): A solar investment often refers to the capital put into solar projects for long-term energy savings.
Solar sector (Solarbranche): The solar sector is experiencing rapid growth as technology improves and costs decline.
Solar heating (Solarheizung): Solar heating systems use sunlight to heat water or air for residential and commercial use.
Photons (Photonen): Photons are particles of light that carry energy, which can be converted into electricity by solar cells.
Solar panel efficiency (Effizienz von Solarmodulen): Increasing solar panel efficiency is a key goal for reducing the cost of solar electricity.
Solar finance (Solarfinanzierung): Solar finance includes various financial models to support the adoption of solar technology.
Solar lease (Solar-Leasing): A solar lease allows homeowners to rent solar energy systems instead of purchasing them outright.
Photovoltaic cell (Photovoltaikzelle): A photovoltaic cell is the basic building block of a solar panel that converts sunlight into electricity.
Carbon credits (Kohlenstoffgutschriften): Carbon credits can be earned by companies that invest in solar energy, offsetting their greenhouse gas emissions.
Electrical grid (Stromnetz): The electrical grid is the interconnected network for delivering electricity from producers to consumers, which can include solar-generated power.
Solar engineer (Solaringenieur): A solar engineer designs solar energy systems and works on technological advancements in the field.
Sustainable design (nachhaltiges Design): Sustainable design in architecture often incorporates solar panels for energy efficiency.
Greenhouse gases (Treibhausgase): Solar power helps reduce greenhouse gases by displacing fossil fuel-based electricity.
Incident light (einfallendes Licht): The effectiveness of solar panels depends on the amount of incident lightthey receive.
Energy transition (Energiewende): The energy transition refers to the shift from fossil-based to zero-carbon energy sources like solar.
Climate action (Klimaschutz): Solar energy is a key component of climate action plans to reduce global warming.
Thermal collector (Wärmekollektor): A thermal collector is a device for capturing solar energy and converting it into heat, which can be used for warming water or spaces.
Solar array (Solaranlage): A solar array is a collection of multiple solar panels working together to produce electricity.
Renewable portfolio (Erneuerbares Portfolio): Governments and companies often establish a renewable portfolio to track their investments in renewable energy sources like solar.
Smart grid (Intelligentes Netz): A smart grid uses digital technology to manage the flow of energy from solar and other sources to consumers more efficiently.
Net-zero (Netto-Null): Achieving a net-zero status means balancing the amount of emitted greenhouse gases with the equivalent amount sequestered or offset, and solar energy contributes to this goal.
Energy policy (Energiepolitik): An effective energy policy must prioritize renewable sources, including solar, to ensure a sustainable future.
Solar inverter (Solarwechselrichter): A solar inverter converts the direct current produced by solar panels into alternating current for home or business use.
Peak load (Spitzenlast): Solar installations can help manage peak load demands on the electricity grid, particularly on sunny days.
Green tariff (Grüner Tarif): A green tariff allows consumers to purchase renewable energy, including solar, from their utility provider at a fixed rate.
Solar grant (Solarzuschuss): A solar grant is a subsidy provided by governments to encourage the installation of solar panels and promote renewable energy use.

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