Wednesday, 26 February 2014
Heat Loss Calculator
There is an increasing the need of newly updated engineering tools for industrial and commercial purpose. It is required to have the easy-to-use software which can make the task easy for engineers. With the invention of new techniques, ISOWTC continuously engaged in launching the advance calculators to find out the surface temperature, thickness of insulation, condensation and heat loss. There is a great need to reduce the heat loss from the industries to protect the environment. That is why, it is important to have user-friendly calculator for technical calculation and to get the accurate result.
Most-widely used calculation software:
The first choice of most of the engineers is ISOWTC calculation software. This is the best heat protection tool which is ISO certified and based on the VDI 2055. This is the most-effective option to perform the complex task efficiently. There are two modes designed to perform the standard tasks as well as detailed tasks. This is first thermo-calculation software which can be used to stop the heat transfers, reduced condensation and to achieve zero energy. We always focus on updating our calculators to meet the requirements of engineers and allow them to make easy and accurate calculation of heat transfer from the industries.
ISOWTC Heat loss calculator is used for the following:
Most-widely used calculation software:
The first choice of most of the engineers is ISOWTC calculation software. This is the best heat protection tool which is ISO certified and based on the VDI 2055. This is the most-effective option to perform the complex task efficiently. There are two modes designed to perform the standard tasks as well as detailed tasks. This is first thermo-calculation software which can be used to stop the heat transfers, reduced condensation and to achieve zero energy. We always focus on updating our calculators to meet the requirements of engineers and allow them to make easy and accurate calculation of heat transfer from the industries.
ISOWTC Heat loss calculator is used for the following:
- To select the heat emitters
- Minimize the energy consumption
- To optimum energy-efficiency
- Selection of shade to reduce heat loss
- Blocks UV lights
- To determine the insulation levels
- Save energy and reduced the energy bills
- Maintain consistent temperature
- Reduces greenhouse gas emissions
- Eliminates condensation
- Saves non-renewable resources
- Reduction of radiation loss
- CO2 emission savings
How to perform heat loss calculation:
It is required to know about the type and mass of material to make the calculation of heat absorbed. Need to know the difference between the temperature (across the material) and the actual time to reach set temperature. First of all, find out the heat absorbed by materials during start-up. Necessary to calculate the heat of fusion, vaporization and time factor to get an idea about the heat loss. Now, calculates the heat absorbed by the material and latent heat absorption during the time of operating process. Second step is to estimate the factors of heat loss and total energy requirement to perform the calculation with the help of following equation:
Calculate the heat energy lost from surfaces:
QLS = A x LS 1000 W/kW
Where:
QLS = kWh lost from surfaces
A = Area of the surfaces in square feet
LS = Loss rate in watts per square foot
We are getting huge profit because of our dedicated team which develops user-friendly calculation software and our advanced techniques. We are leading in this industry from last several years. We are promised to continuously give you the better and more advanced heat loss calculation software.
It is required to know about the type and mass of material to make the calculation of heat absorbed. Need to know the difference between the temperature (across the material) and the actual time to reach set temperature. First of all, find out the heat absorbed by materials during start-up. Necessary to calculate the heat of fusion, vaporization and time factor to get an idea about the heat loss. Now, calculates the heat absorbed by the material and latent heat absorption during the time of operating process. Second step is to estimate the factors of heat loss and total energy requirement to perform the calculation with the help of following equation:
Calculate the heat energy lost from surfaces:
QLS = A x LS 1000 W/kW
Where:
QLS = kWh lost from surfaces
A = Area of the surfaces in square feet
LS = Loss rate in watts per square foot
We are getting huge profit because of our dedicated team which develops user-friendly calculation software and our advanced techniques. We are leading in this industry from last several years. We are promised to continuously give you the better and more advanced heat loss calculation software.
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