Battery Energy Storage
Cabinets, containers, rooms, and other battery-storage environments with defined reliability needs.
ANTIS
ANTIS / 01 ANTIS Energy
Moisture-Control Equipment for Energy and Electrical Enclosures
ANTIS focuses on humidity-control equipment and project support for battery energy storage, electrical cabinets, switchgear, power-grid environments, and related energy applications.
Every enclosure has its own balance of heat, air, and space. Tell us about yours — the conditions outside, the heat inside, and the deployment plan — and we will work out the right configuration.
The enclosure defines the equipment constraints. Ambient conditions, internal heat, available space, drainage, power, and controls help determine the suitable equipment and configuration.
ENERGY & ELECTRICAL FOCUS
Manage moisture where space, temperature, and reliability requirements meet
Condensation can develop when humid air meets cooler surfaces inside a cabinet, container, room, or electrical enclosure.
ANTIS project discussions review ambient conditions, internal heat, air exchange, installation, service access, drainage, controls, and repeat deployment together.
01
Condensation and dew-point risk
02
Corrosion and long-term moisture exposure
03
Compact installation and service access
04
Heat balance and temperature variation
05
Power, drainage, alarms, and communication
06
Consistent configuration across repeated deployments
APPLICATION ENVIRONMENTS
Explore the enclosure and operating environment behind the project
Electrical Cabinets and Switchgear
Enclosed electrical spaces where condensation, heat, space, drainage, and controls interact.
Power-Grid Environments
Substations, transformer-related spaces, control cabinets, and other grid equipment.
Wind-Power Equipment
Nacelles, cabinets, towers, and other wind-power environments with defined enclosure conditions.
Other Enclosed Energy Systems
Additional energy applications reviewed from the enclosure, moisture load, temperature, heat source, installation, and control requirements.
PRODUCT FAMILIES & TECHNOLOGIES
Select equipment for the enclosure and operating range
01
Compact Refrigerant Dehumidifiers
Compact equipment where temperature conditions support refrigerant-based moisture removal.
View equipment options → 02Semiconductor Dehumidifiers
For smaller enclosures and defined loads, reviewed with heat balance, drainage, and continuous operation.
View equipment options → 03Industrial Refrigerant Systems
For containers, electrical rooms, and facilities with broader moisture-removal requirements.
View equipment options → 04Desiccant Systems
For low-temperature operation, lower humidity targets, or deeper dry-air requirements.
View equipment options →ENGINEERING SUPPORT
Fit the equipment to the enclosure, interface, and deployment plan
The adaptation scope, responsibilities, drawings, test requirements, and change-control points are confirmed before the build proceeds.
Mounting position and cabinet interface
Air inlet, outlet, and circulation arrangement
Power, drainage, and condensate handling
Sensors, setpoints, alarms, and fault signals
Communication and external controls
Materials, components, labels, and documentation
Sample, pilot, and repeat-deployment configuration
TESTING & VALIDATION
Match the validation plan to the selected model and project risk
Available test records, drawings, manuals, and applicable compliance documents are reviewed according to the exact product, destination, and project scope.
- Dimensions and installation interfaces
- Electrical and control functions
- Drainage and moisture-removal operation
- Alarm and communication functions
- Run testing under agreed conditions
- Documentation and configuration review
- Additional project-specific checks where agreed
EVIDENCE & RESOURCES
Prepare the evidence needed for an energy project decision
Test records, drawings, manuals, and applicable compliance documents are reviewed according to the exact product, destination, and project scope.
PROJECT START
Tell us what the enclosure has to protect — we will take it from there
Send the enclosure type, dimensions, ambient and internal temperature range, current humidity, target conditions, heat sources, installation, power, drainage, controls, communication, quantity, and schedule.
Discuss an Energy Project