The Munters calculator for dry room dehumidification is only available on desktop.

Munters calculator for dry room dehumidification

The manufacturing of lithium batteries takes place in extremely low humidity dry rooms where achieving and maintaining the right climate is essential in order to guarantee optimal product quality.

Munters is the world-leading expert in climate control. This calculator will help you design your dry room, and will show you the most important parameters to consider when looking to improve operational efficiency.

The dehumidification system will require pre-cooling and reactivation heating in order to maximize the efficiency of the desiccant rotor technology. Please enter your local costs below for cooling and heating.

Refrigeration costs:

€/kWh

Cost of heating:
(natural gas or electricity)

€/kWh

Operating hours per year:

Hours/year

The results generated by this calculator are based on a number of assumptions that would affect the calculation results. You are welcome to contact a Munters representative for a solution based on your specific needs.

Possible savings with an optimal system

The key parameters to determine the correct size and climate system for your dry room are

1. The desired dew point
2. The maximum number of people there will be in the room at any given time. Set your desired parameters to the right.

To create the desired climate in your dry room, you need a supply airflow rate of approximately 521 m³/h.

With a Munters system, equipped with
Munters Green PowerPurge™, you will reduce the energy consumption by 32% and save € 700 annually.

In addition, with higher efficiency and throughput, Munters can offer smaller equipment saving CAPEX in the short term and OPEX in the long term.

Room dew point (°C):

MAX Amount of people:

SUPPLY AIRFLOW RATE

ENERGY COST:
Industry Standard Energy Purge

ENERGY COST:
Munters Green PowerPurge™

How to save energy in your operation

REFRIGERATION COST COST OF HEATING OPERATING HOURS PER YEAR AMOUNT OF PEOPLE DEW POINT SUPPLY AIRFLOW RATE ENERGY COST
INDUSTRY STANDARD ENERGY PURGE MUNTERS GREEN POWERPURGE™
0.04 € /Kwh 0.03 € /Kwh 8760 Hour/year 4 -40 47 728 m3/hr 27 980 € /year 19 439 € /year

According to your input, you need a system which meets the parameters above.

The cost of operating the system is related to the airflow rate needed. Changing the desired dew point from, for example, -40°C to -50°C means you need more than three times the supply airflow rate! Higher airflow means more dehumidification equipment, and ultimately leads to increased operating expenses. Therefore you must pay close attention to your system design, and optimize where possible.

A system equipped with Munters Green PowerPurge™ can achieve lower supply air dew points and can save up to 30% of total system energy consumption when compared to industry standard designs.

Munters calculator for dry room dehumidification

The manufacturing of lithium batteries takes place in extremely low humidity dry rooms where achieving and maintaining the right climate is essential in order to guarantee optimal product quality.

Munters is the world-leading expert in climate control. This calculator will help you design your dry room, and will show you the most important parameters to consider when looking to improve operational efficiency.

The dehumidification system will require pre-cooling and reactivation heating in order to maximize the efficiency of the desiccant rotor technology. Please enter your local costs below for cooling and heating.

Refrigeration costs:

€/kWh

Cost of heating:
(natural gas or electricity)

€/kWh

Operating hours per year:

Hours/year

The results generated by this calculator are based on a number of assumptions that would affect the calculation results. You are welcome to contact a Munters representative for a solution based on your specific needs.

Munters calculator for dry room dehumidification

The manufacturing of lithium batteries takes place in extremely low humidity dry rooms where achieving and maintaining the right climate is essential in order to guarantee optimal product quality.

Munters is the world-leading expert in climate control. This calculator will help you design your dry room, and will show you the most important parameters to consider when looking to improve operational efficiency.

The dehumidification system will require pre-cooling and reactivation heating in order to maximize the efficiency of the desiccant rotor technology. Please enter your local costs below for cooling and heating.

Refrigeration costs:

€/kWh

Cost of heating:
(natural gas or electricity)

€/kWh

Operating hours per year:

Hours/year

The results generated by this calculator are based on a number of assumptions that would affect the calculation results. You are welcome to contact a Munters representative for a solution based on your specific needs.

Munters calculator for dry room dehumidification

The manufacturing of lithium batteries takes place in extremely low humidity dry rooms where achieving and maintaining the right climate is essential in order to guarantee optimal product quality.

Munters is the world-leading expert in climate control. This calculator will help you design your dry room, and will show you the most important parameters to consider when looking to improve operational efficiency.

The dehumidification system will require pre-cooling and reactivation heating in order to maximize the efficiency of the desiccant rotor technology. Please enter your local costs below for cooling and heating.

Refrigeration costs:

€/kWh

Cost of heating:
(natural gas or electricity)

€/kWh

Operating hours per year:

Hours/year

The results generated by this calculator are based on a number of assumptions that would affect the calculation results. You are welcome to contact a Munters representative for a solution based on your specific needs.

Munters calculator for dry room dehumidification

The manufacturing of lithium batteries takes place in extremely low humidity dry rooms where achieving and maintaining the right climate is essential in order to guarantee optimal product quality.

Munters is the world-leading expert in climate control. This calculator will help you design your dry room, and will show you the most important parameters to consider when looking to improve operational efficiency.

The dehumidification system will require pre-cooling and reactivation heating in order to maximize the efficiency of the desiccant rotor technology. Please enter your local costs below for cooling and heating.

Refrigeration costs:

€/kWh

Cost of heating:
(natural gas or electricity)

€/kWh

Operating hours per year:

Hours/year

The results generated by this calculator are based on a number of assumptions that would affect the calculation results. You are welcome to contact a Munters representative for a solution based on your specific needs.

Possible savings with an optimal system

The key parameters to determine the correct size and climate system for your dry room are

1. The desired dew point
2. The maximum number of people there will be in the room at any given time. Set your desired parameters to the right.

To create the desired climate in your dry room, you need a supply airflow rate of approximately 521 m³/h.

With a Munters system, equipped with
Munters Green PowerPurge™, you will reduce the energy consumption by 32% and save € 700 annually.

In addition, a Munters system with higher efficiency can be designed smaller saving CAPEX in the short term and OPEX in the long term.

Room dew point (°C):

MAX Amount of people:

SUPPLY AIRFLOW RATE

ENERGY COST:
Industry Standard Energy Purge

ENERGY COST:
Munters Green PowerPurge™

Possible savings with an optimal system

The key parameters to determine the correct size and climate system for your dry room are

1. The desired dew point
2. The maximum number of people there will be in the room at any given time. Set your desired parameters to the right.

To create the desired climate in your dry room, you need a supply airflow rate of approximately 521 m³/h.

With a Munters system, equipped with
Munters Green PowerPurge™, you will reduce the energy consumption by 32% and save € 700 annually.

In addition, a Munters system with higher efficiency can be designed smaller saving CAPEX in the short term and OPEX in the long term.

Room dew point (°C):

MAX Amount of people:

SUPPLY AIRFLOW RATE

ENERGY COST:
Industry Standard Energy Purge

ENERGY COST:
Munters Green PowerPurge™

Possible savings with an optimal system

The key parameters to determine the correct size and climate system for your dry room are

1. The desired dew point
2. The maximum number of people there will be in the room at any given time. Set your desired parameters to the right.

To create the desired climate in your dry room, you need a supply airflow rate of approximately 521 m³/h.

With a Munters system, equipped with
Munters Green PowerPurge™, you will reduce the energy consumption by 32% and save € 700 annually.

In addition, a Munters system with higher efficiency can be designed smaller saving CAPEX in the short term and OPEX in the long term.

Room dew point (°C):

MAX Amount of people:

SUPPLY AIRFLOW RATE

ENERGY COST:
Industry Standard Energy Purge

ENERGY COST:
Munters Green PowerPurge™

Possible savings with an optimal system

The key parameters to determine the correct size and climate system for your dry room are

1. The desired dew point
2. The maximum number of people there will be in the room at any given time.
Set your desired parameters to the right.

To create the desired climate in your dry room, you need a supply airflow rate of approximately 521 m³/h.

With a Munters system, equipped with
Munters Green PowerPurge™, you will reduce the energy consumption by 32% and save € 700 annually.

In addition, a Munters system with higher efficiency can be designed smaller saving CAPEX in the short term and OPEX in the long term.

Room dew point (°C):

MAX Amount of people:

SUPPLY AIRFLOW RATE

ENERGY COST:
Industry Standard Purge

ENERGY COST:
Munters Green PowerPurge™

Download your system recommendation

Get the full report

Your report will include your inquiry results, design recommendations, full dry room/system selection data requirements, as well as guidance on how to contact Munters applications experts in your area.

Please note:

The purpose of this calculator is to illustrate how the size of your climate system is dependent on number of people in the room and the desired dew point, which are the most important parameters to consider. However, there are dozens of parameters involved in optimizing a dry room and climate system. Although this calculation does not consider exhaust ventilation, Munters can help you evaluate the impacts.

Hence, the results here should not be used for equipment specification, but rather as a starting point for a conversation with Munters climate experts on the best solution for you.

Thank you for downloading your recommendations.

How to save energy in your operation

REFRIGERATION COST COST OF HEATING OPERATING HOURS PER YEAR AMOUNT OF PEOPLE DEW POINT SUPPLY AIRFLOW RATE ENERGY COST
INDUSTRY STANDARD ENERGY PURGE MUNTERS GREEN POWERPURGE™
0.04 0.03 8760
0.04 0.03 8760 -

Your alternative calculation is summarized in the table above.

As you can see in the diagram to the right, the operational costs of a system increase significantly with the requirements. A lower dewpoint will not only increase the energy cost, but will also lead to increased costs for service and a shorter total life-span of the system.

To get a system recommendation from Munters dry room experts, please download the results report which includes our expert advice.

How to save energy in your operation

REFRIGERATION COST COST OF HEATING OPERATING HOURS PER YEAR AMOUNT OF PEOPLE DEW POINT SUPPLY AIRFLOW RATE ENERGY COST
INDUSTRY STANDARD ENERGY PURGE MUNTERS GREEN POWERPURGE™
0.04 0.03 8760
0.04 0.03 8760 -
0.04 0.03 8760 -

How to save energy in your operation

REFRIGERATION COST COST OF HEATING OPERATING HOURS PER YEAR AMOUNT OF PEOPLE DEW POINT SUPPLY AIRFLOW RATE ENERGY COST
INDUSTRY STANDARD ENERGY PURGE MUNTERS GREEN POWERPURGE™
0.04 0.03 8760
0.04 0.03 8760 -
0.04 0.03 8760 -
0.04 0.03 8760 -

How to save energy in your operation

REFRIGERATION COST COST OF HEATING OPERATING HOURS PER YEAR AMOUNT OF PEOPLE DEW POINT SUPPLY AIRFLOW RATE ENERGY COST
INDUSTRY STANDARD ENERGY PURGE MUNTERS GREEN POWERPURGE™
0.04 0.03 8760
0.04 0.03 8760 -
0.04 0.03 8760 -
0.04 0.03 8760 -
0.04 0.03 8760 -

Exceeded maximum inquiries. Please proceed to download your recommendation report.