Volts to watts conversion calculator is a common tool for converting physical quantities in many electrical systems. 현재, solar panel system with excellent characteristics, by the industry’s extensive attention and active exploration. For home users, the knowledge of physical quantity conversion is essential to deeply understand and optimize their own solar panel systems.
이 기사에서는, we will give you a detailed explanation of volts, 와트, and the specific formula for converting volts to watts in DC and AC circuits.
What exactly is a volt (V)?
The volt is a measure of voltage. When used as a voltage unit, the higher the volt value, the higher the voltage in the circuit, the stronger the force of the current; 거꾸로, the smaller the volt value, the lower the voltage in the circuit, and the smaller the force of the current.
From the micro point of view, the volt as a voltage measurement unit, it is used to measure the unit energy difference of a unit electron driven by the electric field force due to the voltage difference. Its value is equal to the work done by the electric field force when the unit positive charge is moved in the circuit, so it is also a unit of potential energy. The electric charge moves in the zero potential energy plane, the electric field force does positive work in motion, the potential energy decreases and the volt value is negative, the electric field force does negative work in motion, the potential energy increases and the volt value is positive.
와트는 무엇입니까? (승)?
Watt is a unit of power and is one of the most widely used units of electrical physical quantity. It is usually used to describe the amount of energy consumed by an electrical appliance in operation. The more energy consumed to complete a task, the greater the wattage, and conversely, the less energy consumed, the smaller the wattage.
게다가, watts can also be used to represent the output power of power generation equipment. In the case of a solar panel system, wattage refers to the power emitted by the solar panel under ideal conditions.
What is the definition of an ampere (ㅏ)?
암페어는 전류 단위입니다, 어느, in microscopic terms, indicates how much charge passes through a section of a circuit at a given moment, 즉, the magnitude of the rate at which the current passes through a section.
How to volts to watts conversion ?
After understanding the units of the above physical quantities, let’s look at the volts to watts conversion calculator. Since the volt and the watt do not belong to the same physical unit, we need to introduce an intermediate unit, the ampere, for conversion purposes. 변환 공식은 다음과 같습니다:
P（w）= V（v）x I（A）
In the above formula, P is the power of the electrical equipment, V is the circuit voltage, and I is the circuit current, 즉:Watts = Volts x Amps
In order to better grasp the above conversion formula, taking the household solar system as an example, the household electrical appliances in parallel, the total current of the household circuit is 20A, the power supply voltage is 110v, to ensure the normal supply of household energy, the power of the solar system
P（w）= 20A x 110V = 2200W
Through learning, we have a preliminary understanding of the convert volts to watts. 하지만, the above formula only applies to the direct current circuit, the actual application of common AC circuit, we need to use a more complex formula for conversion.
The first thing to know is that AC circuits are divided into single-phase AC and three-phase AC.
단일 단계 교대 전류
단일 위상 교대 전류 (교류) is a circuit with a single AC voltage in which the current and voltage both change over time at a specific frequency.
For single-phase AC, the formula for conversion volts to watts is:
P（w）= PF × I（A） × V（v）
공식에서, P represents the power of the power system, and V represents the voltage RMS value, 즉, the value of the DC voltage that can produce the same heating effect in the circuit. I represents the current of the circuit, and PF is the power factor of a single-phase AC circuit, 즉, 회로의 전압과 전류의 위상차를 측정하는 데 사용되는 값.
PF는 단일 상 AC 회로의 역률입니다., 즉, it is used to measure the phase difference between voltage and current in the circuit. The greater the phase difference between voltage and current, the lower the power factor, the lower the efficiency of the circuit, and the more unstable the whole system.
3 상 교대 전류
3 상 교대 전류 (교류) is the most commonly used type of alternating current, which consists of three alternating potential with the same frequency, equal potential amplitude and phase difference of 120°.
For three-phase AC, there are two ways to calculate the volts to watts conversion formula.
irst, the RMS voltage is converted to line voltage (v ll) 계산을 위해, 변환 공식은 다음과 같습니다:
P（w）= √3 × PF × I（A） × V LL（v）
The other is to convert the effective voltage into line voltage (v ln) 계산을 위해, and the conversion formula is:
P（w）= 3 × PF × I（A） × VL -N（v）
The meanings of the symbols in the above two formulas are the same as those in the single-phase AC formula.
Volts to Watts Conversion Charts
Here are some tables converting common AC and DC voltages to watts at various levels of current.
5 Volts to Watts
| 볼트 (V) | 앰프 (ㅏ) | 와트 (여) |
| 5 V | 1 ㅏ | 5 여 |
| 5 V | 2 ㅏ | 10 여 |
| 5 V | 3 ㅏ | 15 여 |
| 5 V | 4 ㅏ | 20 여 |
| 5 V | 5 ㅏ | 25 여 |
| 5 V | 6 ㅏ | 30 여 |
| 5 V | 7 ㅏ | 35 여 |
| 5 V | 8 ㅏ | 40 여 |
| 5 V | 9 ㅏ | 45 여 |
| 5 V | 10 ㅏ | 50 여 |
The application of solar power generation system
Volts to watts calculator play an important role in solar power generation systems, which are responsible for calculating the amount of electricity generated by solar photovoltaic panels.
This conversion is critical for evaluating the performance of solar power systems, designing appropriate system configurations, and performing energy efficiency analyses. The following is a description of the application of the volts to watts calculator in solar power generation systems:
Photovoltaic panel performance evaluation
Real-time power calculation: By measuring the output voltage and current of photovoltaic panels under specific lighting conditions, the volts to watts calculator can instantly calculate the output power under those conditions. This helps to understand the power generation capacity of photovoltaic panels and assess whether they meet the design requirements.
Maximum power Point tracking (MPPT) : In solar power generation systems, it is necessary to find the maximum power point (MPP) of the photovoltaic panel to ensure maximum efficiency operation. The volts to watts calculator can assist in the implementation of the MPPT algorithm, allowing the panel to operate at close to MPP, which can be achieved by adjusting the load resistance or using a specialized controller.
System design and optimization
System configuration design: When designing the system, it is necessary to determine the number and type of panels and the capacity of the inverter according to the power demand and available photovoltaic resources. Volts to watts calculators help engineers calculate the required power based on the expected voltage and current range to select the right component.
Energy efficiency optimization: Evaluate system efficiency by calculating the output power of solar panels under different lighting conditions. Based on this, the system can be optimized, such as adjusting the installation Angle of the solar panel, adding mirrors or adopting more efficient inverters, to improve the power generation efficiency and reliability of the system.
conclusion
With our volts to watts calculator, you can quickly learn how to convert units. This allows you to make informed decisions about power consumption with knowledge of electrical conversion.
게다가, you can create all the solar and electric calculators at our Gycx 솔라 to help you plan, size and install your own solar power generation system.
