Deep discharge – How do we protect batteries?
Avoiding deep discharge is essential to ensure the longevity of your batteries. Regular maintenance, proper charge control, and selecting the right battery can help minimize the risk and prevent damage.
Knowledge base
The Knowledge Base is a comprehensive source of information for anyone who wants to understand renewable energy technologies. Our articles summarize the most important information about the operation of heat pumps, solar panels, inverters and other energy-saving systems in a short and understandable way.
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Deep discharge – How do we protect batteries?
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Air-to-water heat pump – Energy-efficient heating solution
Air-to-water heat pump – Energy-efficient heating solution
An air-to-water heat pump is a modern, energy-efficient system that uses the heat in the outdoor air to produce heating and hot water. Its environmentally friendly operation and cost-effective operation...
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Defrost function – How does it work in heat pumps?
Defrost function – How does it work in heat pumps?
Defrosting is key to the efficient operation of heat pumps in cold conditions. Regular and well-functioning defrosting mechanisms ensure that the system operates optimally, reducing ice formation and increasing energy...
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Crystalline silicon – The raw material for solar cells
Crystalline silicon – The raw material for solar cells
Crystalline silicon is the material at the heart of solar cells, ensuring the efficient conversion of solar energy into electricity and playing a key role in the rise of renewable...
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Condenser – The key component of the heat pump
Condenser – The key component of the heat pump
The condenser is located at the heart of the heat pump, providing the transformation of the state of the refrigerant, which allows the heat pump to operate continuously and efficiently...
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Compressor – The basis of the heat pump's operation
Compressor – The basis of the heat pump's operation
The compressor is a fundamental element of heat pumps, ensuring the efficient transfer of thermal energy, optimizing the operation and energy consumption of the system.
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Kilowatt hour (kWh) – A measurement of energy consumption and production
Kilowatt hour (kWh) – A measurement of energy consumption and production
The kilowatt-hour (kWh) is the basic unit for measuring energy use and production, helping to improve energy efficiency and reduce costs.
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Kilowatt-peak (kWp) – Nominal power of solar systems
Kilowatt-peak (kWp) – Nominal power of solar systems
Kilowatt-peak (kWp) shows the maximum power of solar systems under ideal conditions, helping with planning, system sizing, and calculating potential energy production.
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Kilowatt (kW) – The basic unit of power
Kilowatt (kW) – The basic unit of power
The kilowatt (kW) is a basic unit of measurement for energy use and power, widely used in everything from electrical appliances to industrial machinery and renewable energy sources.
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Cascade system – Multi-stage solution in heat pumps
Cascade system – Multi-stage solution in heat pumps
The cascade system is an efficient and flexible solution that uses multiple heat pumps to provide the desired temperature and optimize energy consumption. It is ideal for larger buildings and...
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Joule – The importance of the unit of energy
Joule – The importance of the unit of energy
The joule (J) is a unit of measurement for energy, work, and heat, and plays a key role in understanding energy conversions and consumption in science and industry.
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Inverter compressor – The heart of modern heat pumps and air conditioners
Inverter compressor – The heart of modern heat pumps and air conditioners
The inverter compressor is a central element of modern cooling and heating systems, which continuously adapts to demand, ensuring efficient operation, reduced energy consumption and quiet operation.
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Inverter – The key to the performance of solar systems
Inverter – The key to the performance of solar systems
The inverter converts the direct current produced by solar panels into alternating current, ensuring efficient operation and optimal energy use in households and businesses.
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Weather tracking function – Increasing the efficiency of heat pumps
Weather tracking function – Increasing the efficiency of heat pumps
The weather-tracking function dynamically controls the heat pump's output temperature based on the outdoor temperature, improving comfort and reducing energy consumption.
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IV Curve – The Basis of the Current-Voltage Relationship of Solar Cells
IV Curve – The Basis of the Current-Voltage Relationship of Solar Cells
The IV curve depicts the relationship between current and voltage in solar panels, determining maximum power and helping to ensure optimal operation.
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Refrigerant recovery – Supporting environmental protection
Refrigerant recovery – Supporting environmental protection
Refrigerant recovery reduces greenhouse gas emissions and helps reduce costs while ensuring the operation of sustainable cooling systems.
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Refrigerant Recycling – Environmentally Friendly Solutions
Refrigerant Recycling – Environmentally Friendly Solutions
Refrigerant recycling improves system efficiency and is environmentally beneficial. Proper cleaning and handling ensure the high quality of reusable refrigerants.
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Refrigerant Charge – How Does It Affect System Efficiency?
Refrigerant Charge – How Does It Affect System Efficiency?
The amount of refrigerant charge is crucial to ensuring the performance, safety and environmental friendliness of refrigeration and air conditioning systems. An accurate charge avoids over- or under-charging problems, improves...
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Refrigerant Mixture – Why is the Right Composition Important?
Refrigerant Mixture – Why is the Right Composition Important?
The use of refrigerant blends allows systems to handle wide temperature ranges while improving heat transfer efficiency and ensuring environmentally friendly operation. Selecting the right blend is key to efficient...
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Refrigerant – The key element in the operation of heat pumps and air conditioners
Refrigerant – The key element in the operation of heat pumps and air conditioners
Refrigerant is essential for the efficient operation of cooling and heating systems. Its selection and maintenance fundamentally affects the energy efficiency and environmental impact of the system.
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Heat Loss – Tips for Minimizing It in Heating Systems
Heat Loss – Tips for Minimizing It in Heating Systems
Heat loss occurs in all buildings, but can be reduced with appropriate measures. Insulation and energy-saving solutions help minimize heating costs and increase energy efficiency.