As artificial intelligence (AI), cloud computing, edge computing, and hyperscale data centers continue to reshape the digital economy, the demand for fast, scalable, and reliable infrastructure has never been greater. Traditional brick-and-mortar data centers often require years of planning and construction, making them unsuitable for organizations that need rapid deployment.
Containerized Data Centers (CDCs) have emerged as the preferred solution for modern digital infrastructure. These factory-built, fully integrated modules dramatically reduce deployment time while providing outstanding flexibility, mobility, and reliability.
TLS Offshore Containers International Pte Ltd is a leading global manufacturer of containerized data centers, containerized electrical rooms (E-Houses), containerized power modules, generator enclosures, UPS containers, battery energy storage system (BESS) containers, and numerous ancillary equipment designed specifically for mission-critical applications. Leveraging decades of experience in engineered container manufacturing, TLS delivers turnkey modular infrastructure solutions to customers worldwide.
What Is a Containerized Data Center?
A containerized data center is a prefabricated modular facility built inside a specially engineered steel enclosure. Unlike conventional data centers, every critical subsystem is integrated and tested in the factory before shipment.
A complete containerized data center typically includes:
- Server racks
- Network cabinets
- Precision cooling systems
- Fire detection and suppression systems
- Power distribution units (PDUs)
- UPS systems
- Battery backup
- Environmental monitoring
- Intelligent security systems
- Lighting
- Access control
- Cable management
Once delivered on-site, the unit only requires utility connections before entering operation, significantly reducing installation time and construction risk.
Complete Containerized Infrastructure from One Manufacturer
Unlike many suppliers that manufacture only the container enclosure, TLS Offshore Containers International provides complete modular infrastructure solutions.
Our product portfolio includes:
- Containerized Data Centers
- AI Data Center Modules
- Edge Computing Containers
- Micro Data Centers
- Containerized UPS Rooms
- Containerized Electrical Houses (E-House)
- Containerized Switchgear Rooms
- Containerized Medium Voltage Rooms
- Generator Containers
- Battery Energy Storage System (BESS) Containers
- Power Control Centers (PCC)
- Mechanical Equipment Containers
- Cooling Plant Modules
- Telecommunication Equipment Shelters
- Customized Industrial Equipment Enclosures
This comprehensive manufacturing capability enables clients to source their complete modular infrastructure from a single experienced supplier.
Designed for AI Data Centers
Artificial intelligence workloads consume enormous computing resources, creating unprecedented power densities inside server rooms.
Modern AI GPU clusters require:
- Higher cooling capacity
- Reliable uninterrupted power
- High-density cable management
- Efficient airflow
- Intelligent environmental monitoring
- Rapid deployment capability
TLS engineers every containerized data center specifically to accommodate these demanding requirements.
Whether supporting AI training clusters, inference computing, or high-performance computing (HPC), TLS delivers infrastructure designed for maximum uptime and operational efficiency.
Factory Integration Reduces Project Risk
One of the greatest advantages of modular data centers is factory integration.
Instead of coordinating dozens of contractors at the construction site, TLS performs:
- Mechanical installation
- Electrical integration
- HVAC installation
- Cable routing
- Fire suppression installation
- Lighting installation
- Functional testing
- Factory Acceptance Testing (FAT)
before shipment.
This approach significantly reduces commissioning time while improving overall quality and consistency.
Customers receive a fully integrated solution that is ready for rapid deployment.
High Manufacturing Capacity for Global Projects
Large-scale AI infrastructure projects often require hundreds of modular units delivered within tight schedules.
TLS Offshore Containers International possesses one of the industry's strongest manufacturing capabilities.
Our modern production facilities include:
- Automated steel fabrication
- CNC machining
- Robotic welding
- Precision painting systems
- Dedicated electrical assembly workshops
- HVAC integration lines
- FAT testing facilities
- Quality inspection laboratories
With production capacity exceeding 1,000 containerized units per month, TLS can support hyperscale deployments across multiple countries simultaneously. Our manufacturing capabilities enable us to deliver consistent quality while meeting aggressive project schedules for cloud providers, AI developers, EPC contractors, and industrial customers.
Advanced Cooling Solutions
Cooling is among the most critical aspects of data center performance.
TLS supports multiple cooling technologies, including:
- Precision DX air conditioning
- Chilled water cooling
- In-row cooling
- Rear door heat exchangers
- Liquid cooling-ready infrastructure
- Hot aisle containment
- Cold aisle containment
- Intelligent airflow optimization
Every project is customized according to server density, environmental conditions, and customer specifications.
Reliable Power Infrastructure
Mission-critical operations cannot tolerate power interruptions.
TLS designs containerized power infrastructure that includes:
- UPS systems
- Battery backup
- Power Distribution Units
- Switchgear
- Medium-voltage equipment
- Low-voltage distribution
- Intelligent monitoring
- Grounding systems
- Surge protection
These systems ensure continuous operation even during utility failures.
Battery Energy Storage Integration
As renewable energy adoption increases, many data centers are integrating Battery Energy Storage Systems (BESS) to improve resilience and reduce operating costs.
TLS is also a global manufacturer of containerized BESS solutions.
By combining BESS containers with containerized data centers, customers can achieve:
- Peak shaving
- Backup power
- Renewable energy integration
- Microgrid operation
- Improved energy efficiency
- Enhanced grid stability
This integrated approach supports sustainable and resilient digital infrastructure.
Built for Challenging Environments
TLS containerized solutions are engineered to operate in some of the world's most demanding environments.
Applications include:
- Desert regions
- Tropical climates
- Arctic environments
- Offshore facilities
- Mining operations
- Oil & gas sites
- Remote industrial plants
- Military installations
- Telecommunications networks
- Renewable energy projects
Each enclosure can be customized with insulation, corrosion protection, weatherproofing, acoustic treatment, and environmental control systems to suit the project location.
Quality Manufacturing You Can Trust
Quality is fundamental to every TLS project.
Every container undergoes rigorous inspection throughout the manufacturing process, including:
- Material verification
- Welding inspection
- Dimensional inspection
- Coating inspection
- Electrical testing
- HVAC testing
- Leak testing
- Functional testing
- Factory Acceptance Testing (FAT)
This comprehensive quality assurance program ensures every modular solution performs reliably throughout its service life.
Global Engineering Support
TLS Offshore Containers International serves customers across Asia, Europe, North America, the Middle East, Australia, Africa, and South America.
Our experienced engineering team supports projects from concept through delivery by providing:
- Engineering design
- 3D modeling
- Structural calculations
- Thermal analysis
- Electrical integration
- Manufacturing
- FAT support
- Logistics coordination
- Technical documentation
- After-sales service
Whether the project requires a single edge data center or hundreds of modular units for hyperscale AI deployment, TLS provides comprehensive technical support throughout the project lifecycle.
Why Choose TLS Offshore Containers International?
Organizations worldwide choose TLS because we offer:
- Decades of container engineering expertise
- High-volume manufacturing capacity
- Fully customized modular solutions
- Complete integration of ancillary equipment
- Rapid project delivery
- Global logistics support
- Comprehensive quality assurance
- Competitive manufacturing costs
- Experienced engineering teams
- Reliable after-sales service
As AI computing, cloud services, and edge infrastructure continue to expand, modular containerized data centers are becoming the preferred deployment model for modern digital infrastructure.
TLS Offshore Containers International Pte Ltd is committed to delivering world-class containerized data center solutions, E-Houses, UPS containers, BESS containers, generator enclosures, and other mission-critical modular systems that help customers deploy reliable, scalable, and future-ready infrastructure anywhere in the world.
Contact us for more support.
The rapid growth of renewable energy is transforming the global power industry. As countries work toward carbon neutrality and energy independence, Battery Energy Storage Systems (BESS) have become a critical technology for balancing electricity supply and demand. Whether supporting solar farms, wind power projects, industrial facilities, AI data centers, or electric vehicle charging networks, modern battery energy storage systems require safe, reliable, and highly engineered container solutions.
The BESS container is far more than a protective enclosure. It serves as the foundation of the entire energy storage system, housing valuable lithium battery modules, electrical equipment, cooling systems, fire protection systems, communication devices, and monitoring technologies. A well-designed container ensures stable operation, maximizes battery lifespan, simplifies maintenance, and protects the system from harsh environmental conditions.
As a leading manufacturer of engineered containerized solutions, TLS Offshore Containers International Pte Ltd has become a trusted global supplier of Battery Energy Storage System containers. Combining decades of experience in specialized container manufacturing with advanced engineering expertise, TLS delivers customized BESS container solutions for utility-scale, commercial, and industrial energy storage projects worldwide.
The Growing Importance of Battery Energy Storage Systems
Global electricity generation is increasingly dependent on renewable resources such as solar and wind energy. Although these energy sources are environmentally friendly, they are intermittent by nature. Electricity production changes with sunlight intensity and wind conditions, creating challenges for grid operators.
Battery Energy Storage Systems solve these challenges by storing surplus electricity when renewable generation exceeds demand and releasing stored energy during peak consumption periods. In addition to renewable integration, BESS supports grid frequency regulation, voltage stabilization, peak shaving, backup power, energy arbitrage, microgrids, and emergency power supply.
The rapid expansion of artificial intelligence, cloud computing, and electric transportation has further accelerated demand for reliable energy storage infrastructure. Large AI data centers consume enormous amounts of electricity and require highly resilient backup power systems. Similarly, fast-charging stations for electric vehicles depend on battery storage to reduce grid impact and improve charging performance.
As demand continues to increase, selecting an experienced BESS container manufacturer has become a critical factor in ensuring long-term system reliability and safety.
What Is a BESS Container?
A Battery Energy Storage System container is a purpose-built enclosure specifically designed to accommodate lithium battery systems and associated electrical equipment. Unlike standard ISO shipping containers, BESS containers are engineered to meet the demanding operational and safety requirements of modern energy storage applications.
A typical BESS container may include:
- Lithium Iron Phosphate (LFP) battery racks
- Battery Management System (BMS)
- Liquid cooling or HVAC systems
- Fire detection and suppression systems
- DC combiner cabinets
- Auxiliary power distribution
- Communication equipment
- Environmental monitoring sensors
- Lighting systems
- Grounding and lightning protection
- Emergency shutdown devices
The enclosure itself must withstand transportation stresses, harsh climates, corrosion, vibration, and long-term outdoor operation while maintaining a controlled internal environment for sensitive battery equipment.
For this reason, container engineering has become one of the most important aspects of a successful BESS project.
Why Container Engineering Matters
Many project developers focus primarily on battery cells or power conversion systems. However, the enclosure directly affects battery performance, thermal stability, maintenance efficiency, and overall operational safety.
A poorly designed battery container may experience:
- Uneven internal temperatures
- Excessive battery degradation
- Water ingress
- Dust contamination
- Corrosion
- Difficult maintenance access
- Reduced equipment lifespan
- Increased operational risks
Professional BESS container engineering addresses these challenges through structural analysis, thermal management, ventilation design, fire protection integration, and optimized equipment layouts.
A properly engineered container reduces maintenance costs, improves system availability, and extends the operational life of valuable battery assets.
TLS Offshore Containers International – Decades of Engineering Excellence
TLS Offshore Containers International is internationally recognized for manufacturing highly engineered containerized solutions for demanding industrial applications. Originally serving the offshore oil and gas industry, TLS has accumulated extensive expertise in structural design, corrosion protection, safety engineering, and modular equipment integration.
Today, this experience has been successfully applied to the rapidly growing battery energy storage market.
TLS manufactures a wide range of engineered container solutions, including:
- Battery Energy Storage Containers
- Electrical Equipment Rooms (E-Houses)
- Switchgear Containers
- Modular Substations
- Offshore Containers
- Pressurized Containers
- Laboratory Containers
- Control Rooms
- Industrial Equipment Shelters
Unlike manufacturers producing standard container products, TLS specializes in customized engineered solutions designed according to each customer's operational requirements.
Comprehensive BESS Container Manufacturing Services
Every energy storage project has unique technical requirements. Different battery technologies, cooling methods, environmental conditions, transportation regulations, and local electrical standards require customized engineering solutions.
TLS provides three flexible manufacturing models.
- Empty Battery Container Enclosures
Many battery manufacturers and system integrators prefer to install their own electrical equipment. TLS supplies fully engineered empty battery enclosures complete with structural steel, insulation, cable penetrations, doors, ventilation, lighting, grounding systems, and mounting structures.
These containers provide a robust platform for equipment integration while reducing engineering effort for customers.
- Semi-Integrated BESS Containers
For customers seeking shorter installation schedules, TLS offers semi-integrated battery containers. Major auxiliary systems such as liquid cooling equipment, HVAC systems, fire suppression systems, lighting, cable trays, battery racks, and internal piping can be pre-installed before shipment.
This significantly reduces onsite installation time while maintaining flexibility for battery integration.
- Fully Integrated BESS Solutions
TLS also provides complete turnkey manufacturing services for fully integrated Battery Energy Storage System containers. Depending on customer requirements, containers may include battery modules, BMS, thermal management systems, fire protection equipment, auxiliary electrical systems, communication devices, lighting, monitoring equipment, and complete Factory Acceptance Testing (FAT).
Each unit is assembled, inspected, and tested before shipment, helping customers reduce commissioning risks and accelerate project delivery.
Advanced Engineering and Customization
No two battery storage projects are identical. Climate conditions, transportation requirements, battery chemistry, grid standards, and site constraints vary significantly between countries and industries.
TLS engineering teams work closely with customers to develop customized solutions tailored to each application. Available customization includes:
- 10-foot, 20-foot, and 40-foot containers
- High Cube designs
- Walk-in maintenance layouts
- Side-access configurations
- Roof-mounted cooling systems
- Liquid cooling integration
- High-corrosion-resistant coatings
- Desert and Arctic climate adaptations
- Seismic reinforcement
- Wind-load reinforcement
- Customized cable routing
- Customer branding and corporate color schemes
Every project begins with a detailed engineering review to ensure the final container meets performance, safety, transportation, and regulatory requirements.
World-Class Manufacturing and Quality Assurance
The long-term performance of a Battery Energy Storage System depends not only on engineering design but also on manufacturing quality. Every BESS container must withstand transportation, outdoor installation, and decades of continuous operation while protecting high-value battery assets.
TLS Offshore Containers International operates modern manufacturing facilities equipped with advanced fabrication equipment, precision welding technology, and experienced engineering teams. Every production stage follows strict quality control procedures, from raw material inspection and steel fabrication to painting, equipment installation, electrical assembly, and final inspection.
Each BESS container undergoes comprehensive quality verification before shipment, including:
- Structural dimensional inspection
- Welding quality inspection
- Surface preparation and coating inspection
- Door sealing and weatherproof testing
- Electrical wiring verification
- Grounding continuity tests
- Lighting and auxiliary system functional tests
- Cooling system installation inspection
- Fire protection system verification
- Factory Acceptance Testing (FAT) according to customer requirements
By identifying and resolving potential issues before shipment, TLS helps customers reduce commissioning time, minimize onsite rework, and improve project schedules.
Engineering for Safety and Reliability
Safety is the highest priority in every Battery Energy Storage System. Modern lithium battery systems contain large amounts of stored energy, making comprehensive safety engineering essential.
TLS designs every BESS container with multiple layers of protection, ensuring reliable operation under a wide range of environmental conditions.
Key engineering considerations include:
Thermal Management
Battery performance is highly sensitive to temperature. Excessive heat can reduce battery lifespan and negatively affect system efficiency.
TLS supports both advanced liquid cooling systems and high-performance HVAC solutions, depending on customer requirements. Proper airflow design, insulation, and thermal analysis help maintain uniform temperatures throughout the battery container, improving battery consistency and extending operational life.
Fire Detection and Suppression
Fire safety is a critical aspect of every BESS project. TLS integrates fire detection systems, smoke detectors, gas detection devices, and fire suppression interfaces into the container design, allowing customers to implement solutions that comply with local regulations and project specifications.
The internal layout is carefully engineered to support equipment separation, maintenance access, and emergency response requirements.
Structural Strength
Unlike ordinary shipping containers, BESS enclosures often carry extremely heavy battery systems. Engineers perform detailed structural analysis to ensure the container safely supports the installed equipment during transportation, lifting, stacking, and long-term operation.
Depending on project requirements, TLS can also design containers for seismic zones, high wind loads, coastal environments, desert conditions, or cold climates.
Flexible OEM and ODM Manufacturing Services
Many global battery manufacturers, system integrators, and EPC contractors require customized products that align with their own technologies and branding.
TLS provides comprehensive OEM and ODM manufacturing services, enabling customers to focus on battery technology while TLS manages enclosure engineering and production.
OEM and ODM services include:
- Customized structural design
- Customer-specific layouts
- Integration of designated cooling systems
- Fire protection interfaces
- Battery rack installation
- Cable management systems
- Corporate branding and painting
- Documentation support
- FAT and inspection services
- Global logistics coordination
This flexible manufacturing approach allows customers to reduce engineering effort, shorten development cycles, and accelerate market deployment.
Applications Across Multiple Industries
Battery Energy Storage Systems are now used across a wide variety of industries. TLS BESS containers are designed to support diverse applications with high reliability and long service life.
Typical applications include:
Utility-Scale Renewable Energy
Large solar and wind farms rely on battery storage to balance electricity generation and improve grid stability. Utility-scale BESS projects require robust, durable containers capable of operating continuously in demanding outdoor environments.
Commercial and Industrial Energy Storage
Factories, commercial buildings, industrial parks, and manufacturing facilities use BESS to reduce electricity costs through peak shaving and energy management.
AI Data Centers
Artificial intelligence infrastructure is driving unprecedented growth in electricity demand. Reliable battery storage helps maintain uninterrupted power while supporting increasingly complex computing facilities.
Electric Vehicle Charging Infrastructure
Fast-charging stations place significant demands on electrical grids. Battery storage containers help stabilize power supply, reduce peak demand charges, and improve charging performance.
Microgrids and Remote Communities
Remote mining operations, islands, military facilities, and isolated communities increasingly depend on renewable energy supported by battery storage systems to reduce diesel consumption and improve energy independence.
Why Customers Around the World Choose TLS
Customers select TLS Offshore Containers International because the company offers far more than container fabrication. TLS acts as a long-term engineering and manufacturing partner throughout the entire project lifecycle.
Key advantages include:
- Decades of experience in engineered container manufacturing
- Strong engineering and design capabilities
- Flexible customization for different battery technologies
- Modern production facilities
- High manufacturing capacity
- Strict quality control systems
- Comprehensive Factory Acceptance Testing
- Competitive global delivery capability
- Experienced project management
- Responsive technical support
This combination of engineering expertise and manufacturing excellence enables TLS to support projects ranging from small commercial systems to utility-scale battery energy storage installations.
Supporting the Global Energy Transition
The battery energy storage industry continues to evolve rapidly. Larger-capacity battery cells, improved cooling technologies, advanced Battery Management Systems, and higher energy density are driving the next generation of BESS solutions.
As systems become larger and more powerful, container engineering becomes increasingly important. Future battery containers must deliver higher levels of safety, easier maintenance, improved thermal performance, and greater operational reliability.
TLS Offshore Containers International continues to invest in engineering innovation, manufacturing capability, and product development to meet these changing market demands. By working closely with battery manufacturers, renewable energy developers, EPC contractors, and technology partners, TLS helps accelerate the global transition toward cleaner and more resilient energy systems.
Contact us for collaborations.
Frequently Asked Questions
What is a BESS container?
A BESS container is a specially engineered enclosure designed to house lithium battery systems, cooling equipment, fire protection systems, electrical distribution equipment, and monitoring devices in a safe and controlled environment.
Why can't a standard shipping container be used?
Standard ISO shipping containers are designed for cargo transportation rather than energy storage. BESS containers require structural modifications, insulation, thermal management, fire protection, ventilation, cable routing, and equipment supports that ordinary shipping containers do not provide.
Does TLS provide customized battery containers?
Yes. TLS specializes in custom-designed Battery Energy Storage System containers that are tailored to customer requirements, battery technologies, environmental conditions, transportation regulations, and local electrical standards.
Does TLS provide OEM manufacturing?
Yes. TLS offers OEM and ODM manufacturing services for battery manufacturers, EPC contractors, and system integrators worldwide.
Can TLS deliver fully integrated BESS containers?
Yes. Depending on customer requirements, TLS can manufacture empty enclosures, semi-integrated battery containers, or fully integrated Battery Energy Storage System solutions ready for installation and commissioning.
Partner with TLS Offshore Containers International
Choosing the right BESS container manufacturer is one of the most important decisions in any energy storage project. A professionally engineered enclosure protects valuable battery assets, improves operational safety, reduces maintenance costs, and enhances the long-term performance of the entire energy storage system.
With decades of experience in engineered container manufacturing, advanced engineering capabilities, modern production facilities, and a commitment to quality, TLS Offshore Containers International has established itself as a trusted global partner for Battery Energy Storage System container solutions.
From initial engineering and customization to manufacturing, equipment integration, Factory Acceptance Testing, and worldwide delivery, TLS provides comprehensive services that help customers complete energy storage projects efficiently, safely, and successfully.
As global demand for clean energy continues to grow, TLS Offshore Containers International remains committed to delivering innovative, reliable, and high-quality BESS container solutions that support the future of sustainable power generation.
Overview: What You Need to Know About Offshore Pressurized Containers
When conducting offshore oil and gas exploration, protecting personnel and sensitive diagnostics from explosive gases is a top priority. A Mud Logging Cabin—also referred to as an offshore pressurized container or LWD/MWD cabin—is a heavy-duty, engineered shelter designed to operate safely within Zone 1 and Zone 2 hazardous areas. By utilizing advanced HVAC and intelligent positive air pressurization (+80 to +120 Pa), these cabins create a secure barrier that prevents toxic or flammable gases from infiltrating the workspace. Certified to global standards like DNV 2.7-1, EN 12079, and IEC 60079-13, a premium pressurized cabin guarantees structural resilience during ocean transit and passive fire protection up to A-60 rating. For top-tier compliance and custom layouts, global energy sectors rely on TLS Offshore Containers.
What is an Offshore Mud Logging Cabin?
In the challenging environment of offshore oil and gas development, a Mud Logging Cabin serves as the control hub and primary shelter for complex logging instrument systems. Whether engineers are performing mud chemical analysis, tracking geological data, or managing measurement-while-drilling (MWD) systems, they require a workspace that isolates them from the volatile external atmosphere.
Because these units are deployed in areas where flammable vapors may be present, they are strictly rated as Zone 1 and Zone 2 hazardous area enclosures. The defining mechanism of these units is their positive pressure system, which maintains a safe internal pressure of +80 to +120 Pa, constantly pushing air outward so that hazardous external elements cannot leak inside.
Technical Performance and Design Specifications
For procurement managers and offshore engineers looking for detailed dimensional and technical compliance, TLS Mud Logging Cabins are engineered to the following rigorous technical standards:
- Structural Integrity: The structural design fully complies with DNV 2.7-1 and EN 12079 structural design codes. Each cabin is subjected to full load and drop testing to ensure zero deformation during crane lifting and sea freight.
- Premium Fire Protection: Built to satisfy the applicable requirements of SOLAS 2009, the cabin features A-60 passive fire protection. The walls, roof, and endwalls are composed of T3.0mm SPA-H weathering steel, integrated with t60 A60 Rockwool and T30mm rock wool sandwich panels. The floor consists of a T30mm A60 deck topped with a T2.0mm checkered steel plate and T1.6mm PVC vinyl.
- Electrical and Power Systems: Certified under IEC 60079-13, the main power supply supports versatile international offshore voltages including 380V, 440V, 480V, 600V, and 690V AC (3PH+PE) at both 50Hz and 60Hz.
- Access and Safety Outfitting: Access is secured via an airlock entrance system featuring an A60 rated fire door (or specialized roller shutter) along with an A60 emergency escape hatch. Optional fixtures include dedicated oxygen and nitrogen gas inputs, and explosion-proof transformers with 110V output configurations.
Core Features: Why TLS Pressurized Containers Lead the Market
1. Intelligent Fire & Gas Control (CPFG System)
The safety of a TLS Mud Logging Unit relies on its Intelligent Combined Pressurisation Fire & Gas Panel (CPFG). This programmable, PLC-based system serves as the cabin's brain, continuously regulating the internal climate. It integrates ATEX-compliant or Ex-proof air conditioning alongside Ex-approved pressurization fans. If high-sensitivity fire, smoke, flammable gas, or toxic (H2S) detectors sense a breach, the fail-safe automatic fire dampers close, and the system executes an automated emergency shutdown (ESD) to protect the team inside.
2. Uncompromising Global Compliance
Operating globally means meeting different maritime regulations. TLS cabins eliminate regulatory friction by carrying trusted third-party certifications from world-renowned classification societies such as DNV, Bureau Veritas (BV), and Lloyd’s Register (LR). Complying with ATEX and IECEx ensures that every switch, light, and wire is safe for explosive atmospheres.
3. Ultimate Durability and Customized Layouts
Using high-grade SPA-H anti-corrosive steel ensures that the cabin remains unyielding against saltwater corrosion and extreme wave impacts. Beyond standard dimensions, TLS provides deep customization. Cabins can be scaled from 10ft, 15ft, 20ft, to 40ft layouts, and pre-fitted with specialized lab workbenches, data communication networks, and localized climate controls to match your exact project scope.
Versatile Applications in Offshore Energy
While engineered perfectly as a Mud Logging Unit, these robust pressurized shelters are highly versatile and frequently utilized across the offshore industry as:
- MWD / LWD Cabins: Protecting sensitive downhole data recording electronics.
- Offshore Laboratories: Providing a safe, clean, and controlled environment for chemical analysis.
- Motor Control Centre (MCC) & Switchgear Shelters: Safeguarding VFD, VSD, and high-voltage power distribution systems in hazardous zones.
- ROV Control Rooms & Safe Havens: Serving as blast-resistant, sound-insulated control spaces or temporary refuge shelters for crew members.
Frequently Asked Questions
Q1: What is the primary purpose of positive pressure in an offshore cabin?
Positive pressure (+80 to +120 Pa) ensures that the atmospheric pressure inside the cabin is higher than the outside environment. If a door is opened or a tiny seal breach occurs, air flows outward, preventing dangerous flammable gases or toxic vapors (H2S) common in Zone 1 or Zone 2 areas from entering the cabin.
Q2: What is the difference between A-60 and A-0 fire ratings for offshore containers?
An A-60 rating means the cabin's insulation can prevent the temperature on the unexposed side from rising more than 139°C above the original temperature for a full 60 minutes during a standard fire test. An A-0 rating means the structure stops flames and smoke but does not offer the same thermal insulation time. TLS cabins utilize premium rock wool insulation to achieve the maximum A-60 safety standard.
Q3: What logisitcal options and warranties are available for TLS cabins?
TLS offers global transport coordination across Ocean, Railway, and Road networks, with standard structural lead times averaging 70 days. To guarantee long-term asset value, TLS provides a 1-year structural warranty, a 3-year painting warranty, and a 5-year decal warranty.
Partner with TLS for Your Next Offshore Venture
Do not compromise on safety or regulatory compliance. TLS Offshore Containers delivers the structural toughness and intelligent asset protection your offshore exploration projects demand.
TLS Offshore Containers / TLS Energy is a global supplier of standard and customised containerised solutions.
Wherever you are in the world, TLS can help you. Please contact us.
Product brochures:
Offshore total pressurised container solutions
Offshore pressurised mud logging cabin brochure
MCC | Switchgear | VFD | VSD pressurised shelter
