An illustration of a battery manufacturing clean dryroom solution.

REAL-WORLD APPLICATION

Environmental control in battery manufacturing

Precisely maintain and control environmental conditions during battery manufacturing to minimize product contamination risks.

Battery Manufacturing Infrastructure Visual

Challenge

Battery manufacturing places high demands on environmental conditions. Working with hazardous chemicals requires safe and healthy working environments, while deviations in temperature, humidity, or cleanliness can lead to errors that compromise product quality. In addition, manufacturers must meet complex regulatory and design requirements.

Solution

Clean‑ and dryroom solutions enable precise control of environmental conditions throughout the battery manufacturing process. By integrating field devices and dehumidifiers into the building automation system, environmental parameters can be monitored and controlled centrally, supporting stable and efficient operation.

Benefits

Create ideal conditions for battery manufacturing:

Creation of safe and healthy working environments when handling hazardous chemicals
Reduced risk of errors and improved product quality through precise environmental control
Support for compliance with complex regulations and codes
Improved energy efficiency through optimized operating strategies
Increased productivity and cost‑effectiveness supported by lifecycle services

How to get started

Define environmental requirement

Identify required temperature, humidity, and air quality levels to ensure product quality, safety, and compliance.

Design controlled environments

Plan cleanroom and dry room setups to minimize contamination risks and create safe working conditions.

smart infrastructure battery manufacturing visual

Integrate systems and controls

Connect field devices, dehumidifiers, and systems into a centralized building management and automation environment for continuous monitoring and precise control.

Optimize performance

Apply energy-efficient operating strategies and continuously monitor performance to improve quality, reduce costs, and ensure long-term reliability.

Integration into building and production systems

Cleanroom and dry room solutions integrate field devices and dehumidifiers into the building automation system, enabling centralized monitoring and coordinated control of environmental conditions across the facility.

Reliable cleanroom and dry room control

Precise regulation of temperature, humidity, and air quality supports stable cleanroom and dry room conditions. This helps prevent contamination and ensures consistent product quality during battery manufacturing.

Energy‑efficient operation and lifecycle support

Energy‑efficient solutions and optimized operating strategies reduce energy consumption and operating costs. Lifecycle services support long‑term system performance, productivity, and cost‑effectiveness.