Are you an engineer and would like to use a calculation tool to interpret or recalculate heat exchangers?
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Without Installation
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Simple Usage
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Calculation via MS Excel
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100% free
Get started within a few minutes!
(You are using the non-commercial license of HExTemp light.)
HExTemp light commercial calculates any heat exchanger within a few minutes.
- Calculation via MS Excel
- Calculation of the logarithmic temperature difference
- Calculation of the efficiency
- Commercial version
HExTemp light open calculates any heat exchanger within a few minutes. Additionally, you will be granted access to all formulas and can extend and amend the program as you wish.
- All functions of HExTemp light can be modified individually
- Detailed description of all calculation steps
- Calculation of the logarithmic temperature difference
- Calculation of the efficiency
HExTemp professional helps you to recalculate tube bundle heat exchangers within a few minutes.
- Tube bundle heat exchangers even
- Calculates heat transfer coefficient
- Any tube area layout and media
- Calculates heat transfer
- Graphic representation of temperature profile
- Co-current and counterflow
- MS Excel, no installation required
HExTemp double-pipe helps you to calculate the double pipe heat exchanger within a few minutes.
- Calculates double pipe heat exchangers.
- Calculates heat transfer and performance
- Direct current AND counterflow
- Random media
- MS Excel, no installation required
H2-Fill helps you to calculate the temperature during hydrogen refueling and to optimize your hydrogen refueling station.
- Type III and Type IV tanks
- Any geometrie, pressure, and temperature
- Complete real gas thermodynamics were taken into account
- With/out precooling
- Refueling with pressure ramps or constant mass flow
- heat transfer model from literature (similar to SAE J2601)
- Graphic representation of pressure, temperature, mass flow, etc.
- Saves up to 1000 results
- Online software, no installation required
H2-Fill (Simulink Modell, open source) helps you to calculate the temperature during your hydrogen refueling and to optimize your hydrogen charging station.
- Type III and Type IV tanks
- Any geometrie, pressure, and temperature
- Complete real gas thermodynamics were taken into account
- With/out precooling
- Refueling with pressure ramps or constant mass flow
- heat transfer model from literature (similar to SAE J2601)
- Graphic representation of pressure, temperature, mass flow, etc.
CHG-Tank helps you to predesign a Type III and Type IV hydrogen tank and therefore to handle the packaging- and H2-System-studies within a few minutes.
- Design Type III and Type IV tanks
- Take different types of carbon fiber into account (effective characteristics, no winding simulation)
- Take various boss designs into account
- Calculate the effective usable hydrogen amount
- Calculates all volumes, masses, and areas
- Calculate approximate costs for material
- Pressures of up to 900 bar are possible
- Saves up to 1000 results
- Online software, no installation required
H2-Fill 3D helps you to calculate the temperature during hydrogen refueling and to optimize the inflow geometry as well as the refueling algorithm.
- Type III and Type IV tanks
- Any geometrie, inflow angle, pressure, and temperatures
- Complete real gas thermodynamics taken into account
- With/out precooling
- Refuel with pressure ramps or constant mass flow
- Optimized mesh and optimized solver settings for faster calculations
- Graphic representation of pressure, temperature, mass flow, etc.
- Model in StarCCM+ (Format: .sim)
CNG-Fill helps you to calculate the temperature during CNG refueling and therefore helps you to optimize your CNG charging station.
- Calculations of methane or mixtures of substances are possible
- Type III and Type IV tanks
- Any geometrie, inflow angle, pressure, and temperature
- Complete real gas thermodynamics taken into account
- With/out precooling
- Refuel with pressure ramps or constant mass flow
- Calculate heat transfer
- Graphic representation of pressure, temperature, mass flow, etc.
LNG-Fill helps you to calculate pressures and temperature within a LNG tank over time and therefore to deliver proper statements concerning the efficiency, safety, and usable amount of gas.
- Geometry options: horizontal cylinder, vertical cylinder, spherical tank, random volume
- Taking random isolation materials and wall thickness into account
- Heat transfer via radiation, convection, and heat conduction, internal heat sources possible
- Calculate the pressure rise and the boil offs
- Withdrawal from the liquid and gas phase possible
- Calculates the pressure rise after refueling
- Calculates any utilization scenarios (refueling, standing, withdrawal)
- Saves up to 1000 results
- Online Software, no installation required
LH2-Fill helps you to calculate pressures and temperature within a liquid hydrogen tank over time and therefore to deliver proper statements concerning the efficiency, safety, and usable amount of gas.
- Geometry-options: horizontal cylinder, vertical cylinder, spherical tank, any volume
- Take Ortho- and Para-hydrogen into account
- Take any isolation materials and wall thickness into account
- Heat transfer via radiation, convection, and heat conduction, internal heat sources possible
- Calculates the pressure rise and the boil offs
- Withdrawal from the liquid or gas phase possible
- Calculates the pressure rise after refueling
- Calculates any utilization scenarios (refueling, standing, withdrawal)
- Saves up to 1000 results
- Online Software, no installation required
H2-Dp calculates the pressure drop in high pressure hydrogen pipes, e.g. of fuel cell vehicles.
- Random pipe lengths and diameters
- Refueling according to SAE J2601 or similar
- Free input of pressure loss coefficient of the components (refueling connection, filter, check valve, etc.)
- Free input of bends and tapers as well as surface roughness
- Takes real gas thermodynamics into account
- Isothermo calculations of pressure drop and mass flow within the pipe
- Shows pressure drop per component and pipe segment
- Saves up to 1000 results
- Online software; no installation required
Thank you very much for the great free heat exchanger software in Excel. We were able to recalculate a heat exchanger of our supplier. That was very helpful and easy and saved us a lot of money.
Eduardo Wiens
CEO, Grenol do Brasil, Florianopolis
I use your free heat exchanger software for my lecture. One can thus represent the performance of heat exchangers very good. I use your “professional version” to explain the design of tubular heat exchangers to my students.
Prof. Dr. Jürgen Kuck
„Through an internet research to calculate the Reynolds number I came to your homepage and have to say that I am enthusiastic about the Excel program. It greatly facilitates my work with our microfluidic models of blood vessels.”
Dr. Torsten Gloe
“Your calculation tool is simply ingenious. I used it to prove the efficiency increase of an exhaust gas heat exchanger. In doing so, I was able to rely on measurement results from reality that allowed me to make comparisons. And I have to say that the results correspond to reality.”
Franz Strasser
Energy consultant, Energiedetektei Strasser, Tollet, Austria
Are you an engineer and would like to use a calculation tool to interpret or recalculate heat exchangers?
-
Without Installation
-
Simple Usage
-
Calculation via MS Excel
-
100% free
Get started within a few minutes!
(You are using the non-commercial license of HExTemp light.)
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Contact
mail@wenger-engineering.com
Tel.: +49 731 79 06 05 - 0
