TLS news & blogs

In hazardous chemical environments where flammable gases and vapors are frequently present, the safe operation of electrical systems is not only essential for maintaining production efficiency—it is also critical for protecting personnel and assets.
Traditional flameproof (Ex d) solutions are increasingly challenged by their limitations in flexibility, maintenance, and installation costs. TLS, as a specialized manufacturer of functional containerized systems, provides high-safety, easy-to-integrate, and field-deployable pressurized explosion-proof (Ex p) solutions to support safety transformation and intelligent upgrades across the chemical, pharmaceutical, and energy sectors.

1. Why Pressurized Protection is Essential in Hazardous Chemical Zones

Chemical facilities typically include Zone 1 and Zone 2 areas, where explosive gas atmospheres may occur under normal or abnormal conditions. Electrical equipment operating in these areas—such as DCS units, PLC panels, communication devices, VFDs, and gas analyzers—can pose a serious ignition risk due to electrical arcs, sparks, or temperature rise.
With increasing automation and the centralization of equipment, conventional explosion-proof designs struggle to meet modern requirements, including:

• Centralized wiring and safe isolation for multiple devices
• Effective ventilation and heat dissipation in confined spaces
• Rapid equipment access and reliability during frequent maintenance

2. TLS Pressurized Enclosure Systems: Creating a Safe Space for Electrical Equipment

TLS offers integrated Ex p pressurization systems based on modular container platforms. By maintaining a stable positive pressure within the sealed enclosure, the system prevents flammable gases from entering and coming into contact with potential ignition sources. This approach provides a safe, cost-effective, and scalable solution for explosion protection.
All TLS systems are designed in compliance with GB/T 3836.5-2017 and meet the following classification levels:

• Ex px: Downgrades Zone 1 to a non-hazardous area
• Ex py: Downgrades Zone 1 to Zone 2
• Ex pz: Downgrades Zone 2 to a non-hazardous area

3. Core Features of TLS Pressurized Containers

• High Integration & Compatibility: Supports centralized installation of critical components such as control modules, power supplies, VFDs, analyzers, and communication units—saving valuable space while ensuring functional safety.
• Intelligent Control System: Equipped with internal pressure monitoring, gas detection, and auto interlock modules. Local alarms and remote signal outputs ensure safe, real-time operation。
• Ventilation Mode Adaptable: TLS positive pressure container adopts positive pressure ventilation type structure, maintains the positive pressure state inside the box through continuous air supply, applicable to the site conditions with stable gas source (such as compressed air or purified gas system), can effectively respond to the operation needs of petrochemical, offshore and other typical explosion-proof places.
• Easy Deployment & Customization: Fully customizable in terms of dimensions, cut-outs, and internal bracket layouts. Compatible with wall-mounted, skid-mounted, containerized, and freestanding installations. Material options include weathering steel and powder-coated carbon steel for corrosive environments.

4. Why Choose TLS?

• Over a decade of expertise in pressurized enclosure system design and manufacturing
• Products certified to IECEx, ATEX, and GB explosion protection standards
• Fast customization, bulk delivery, and on-site technical support
• Proven project experience across Asia, the Middle East, and North America, with solutions widely adopted in chemical, energy, and offshore sectors—especially in environments with complex installation conditions and high-density electrical integration

Conclusion

As a key component in electrical safety infrastructure, pressurized explosion-proof containers are becoming indispensable for achieving intrinsic safety and system reliability in hazardous industries. TLS remains committed to advancing the development and deployment of Ex p systems, helping our clients achieve safer, smarter, and more efficient operations.

TLS Offshore Containers / TLS Special Containers 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 pressurised mud logging cabin brochure
MCC | Switchgear | VFD | VSD pressurised shelter

Keywords:#Pressurized explosion-proof enclosure,#Hazardous area electrical equipment,#Zone 1 and Zone 2 safety,#Explosion-proof container module,#Positive pressure ventilation,#Chemical plant explosion protection,#ATEX and IECEx certified enclosures,#Custom explosion-proof solutions,#Electrical enclosure for flammable gas,#Modular Ex p container systems,#Industrial automation safety,#Explosion-proof electrical housing,#Gas detection and pressure monitoring,#Smart control enclosure system,#Corrosion-resistant electrical cabinet,#Skid-mounted pressurized units,#Offshore and onshore hazardous zones,#Explosion-proof integration solutions
​

In oil and gas drilling operations, modular functional containers play a vital role in ensuring both safety and operational efficiency. Among the most commonly deployed modules are the Drilling Fluid Lab Cabin and the Mud Logging Unit (MLU). While these two systems often appear together on drilling sites, they serve fundamentally different purposes in terms of function, configuration, zoning requirements, and explosion-proof standards.

Distinct Functional Roles
The Drilling Fluid Lab Cabin is primarily used to test and adjust drilling fluid (mud) properties to ensure optimal performance across different drilling intervals. It is operated by mud engineers and is designed to monitor key parameters such as density, viscosity, pH, sand content, and fluid loss. Based on these results, the mud formulation can be promptly optimized to meet well-specific demands.
The Mud Logging Unit, on the other hand, functions as a real-time geological monitoring center. Through integrated sensor systems, it continuously collects and analyzes critical data such as cuttings, gas content, mud flow, and pump pressure. This data is used by geological engineers to evaluate subsurface formations, detect abnormalities, and support decision-making during the drilling process.

Different System Configurations
The Drilling Fluid Lab Cabin is outfitted with laboratory-grade equipment including test benches, density meters, filter press units, viscometers, and mixing tools. It also requires reliable ventilation, drainage, and lighting systems to support laboratory operations in field conditions.
The Mud Logging Unit integrates advanced sampling and monitoring instruments such as gas detectors, cuttings analyzers, data acquisition terminals, and industrial-grade computers. Data is typically visualized in real time and transmitted to the central control system, forming part of the broader drilling information network.

Zoning and Explosion-Proof Standards
These two modules are deployed in different safety zones based on site-specific hazardous area classifications. The Drilling Fluid Lab Cabin is generally positioned at the periphery of the platform or in designated safe areas—either Safe Area or Zone 2 depending on the site layout. While not always mandatory, Zone 2 explosion-proof designs are often recommended to ensure safety compliance.
In contrast, the Mud Logging Unit is typically located closer to the wellhead or return mud flow line, often within Zone 1 or Zone 2 hazardous areas. As such, it must be built to meet strict international explosion-proof certifications such as ATEX, IECEx, or UL, including explosion-proof electrical components, lighting systems, and positive pressure ventilation to ensure safe operation in hazardous environments.

Differences in Operational Mode
The Drilling Fluid Lab Cabin is operated on a shift-based schedule. Tests are conducted periodically based on operational needs, with the lab ready to respond around the clock if required.
The Mud Logging Unit, however, operates 24/7 without interruption. Staffed by engineers on rotating shifts, it ensures continuous monitoring of downhole data throughout the entire drilling process.

Conclusion
While the Drilling Fluid Lab Cabin and Mud Logging Unit are both essential components of drilling infrastructure, they fulfill complementary roles: one ensures the performance and safety of drilling fluids, while the other provides real-time geological insights. Together, they contribute to safer and more efficient drilling operations.
As a leading provider of modular functional containers, TLS offers custom-engineered Drilling Fluid Labs and Mud Logging Units that comply with Zone 1/Zone 2 explosion-proof requirements, adaptable for both onshore and offshore deployment across a wide range of operating environments.
 
  TLS Offshore Containers / TLS Special Containers 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 pressurised mud logging cabin brochure
MCC | Switchgear | VFD | VSD pressurised shelter
 
Keywords:# Drilling Fluid Lab Cabin,# Mud Logging Unit,# Drilling support modules,# Modular drilling cabin,# ATEX Zone 1 container,# IECEx certified cabin,# Offshore mud lab,# Explosion-proof container,# Mud logging system,# Zone 2 lab container,# Custom drilling lab container,# Hazardous area modular lab,# Onshore mud logging unit,# Real-time drilling data cabin,# Modular oilfield container solution,# Drilling monitoring cabin system,# Offshore zone 1 certified cabin,# Drilling site fluid analysis lab,#Explosion-proof mud logging house,# Mobile containerized drilling lab

As digital transformation accelerates in the oil and gas industry, Measurement While Drilling (MWD) and Logging While Drilling (LWD) technologies are evolving from traditional data collection tools into intelligent systems that support real-time drilling decisions.
However, in order for these systems to function reliably in extreme environments, a robust and intelligent physical platform is essential. That’s where high-performance LWD/MWD containers play a critical role—not only protecting equipment but also serving as the core hub for data processing, communication, and environmental control.

1. Designed for Harsh Field Conditions
Some LWD/MWD units are installed near the wellhead, where they are exposed to high temperatures, humidity, vibration, dust, and explosive gases. These challenging conditions place stringent demands on the container design:

Environmental Control

• Equipped with ATEX/IECEx-certified industrial HVAC systems
• Maintains stable internal temperatures between -20°C and +50°C, and humidity ≤80% RH
• Ensures consistent equipment performance and prevents data deviation

EMC Shielding and Data Security

• Integrated electromagnetic shielding prevents signal interference from high-power field equipment
• Supports accurate and uninterrupted data transmission

Explosion-Proof Safety (If Required by Site Conditions)

• Designed to meet Zone 1 or Zone 2 explosion-proof standards (e.g. ATEX, IECEx) when applicable
• Compatible with gas detection systems for methane, H₂S, and other hazardous gases
• Optional auto-shutdown and alarm trigger when hazardous gas concentrations are detected
• Explosion-proof lighting, ventilation, and pressurization systems can be integrated upon request

Versatile Data Interfaces

• Supports WITS and WITSML protocols
• Compatible with major LWD/MWD equipment brands such as Schlumberger and Halliburton
• Features high-speed fiber or satellite communication modules (≥10 Mbps) for real-time remote data transfer

2. Optimized Layout and Structural Performance
To meet the demands of modern drilling operations, our LWD/MWD containers are engineered with both functionality and resilience in mind.

Modular Internal Layout

• Data Processing Zone: Includes industrial-grade servers, UPS systems, monitors, and recorders
• Operator Workspace: Ergonomic setup with desks, control panels, and monitors
• Electrical Zone: Houses explosion-proof distribution boards, cable trays, and backup power ports

Reinforced Structural Design

• Complies with DNV 2.7-1 / EN 12079 offshore container standards
• Withstands wind pressure of ≥0.6 kPa
• Exterior finished with ISO 12944 C5-M anti-corrosion coating for resistance to salt spray, UV radiation, and sandstorms
• Flooring made from anti-static and anti-slip materials to ensure operational safety

Reliable Power Supply

• Dual power inputs with UPS backup ensure uninterrupted operation
• Optional diesel generator interface supports off-grid or remote drilling sites

3. Flexible Specifications and Customization
Our LWD/MWD containers are available in standard 20ft ISO formats as well as custom dimensions, with multiple configuration options tailored to different drilling applications.

Optional Features

• Remote diagnostics and monitoring modules
• Data backup arrays
• Fire-rated partitions
• Scalable Deployment
• Stackable and cluster-ready
• Supports integration with centralized control systems

Conclusion
LWD/MWD containers are more than structural shells—they are intelligent platforms that ensure the integrity, safety, and efficiency of your drilling operations. From explosion-proof systems to smart environmental control and high-speed data communication, every feature is engineered to meet the highest industry standards.
At TLS, we specialize in designing and manufacturing customized, certified LWD/MWD container systems that empower intelligent energy exploration—onshore and offshore alike.

​TLS Offshore Containers / TLS Special Containers 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 pressurised mud logging cabin brochure
MCC | Switchgear | VFD | VSD pressurised shelter

Keywords:#LWD container,#MWD container,#intelligent drilling solutions,#ATEX certified container,#IECEx zone 1 container,#explosion-proof container,#data logging container,#oilfield control cabin,#real-time drilling data,#smart drilling operations,#offshore container solution,#wellsite data center,#gas detection system,#EMC shielded container,#remote drilling communication,#WITSML compatible,#oil and gas measurement module,#customized oilfield container,#TLS oilfield modules, #DNV 2.7-1 certified unit

​Introduction
In the demanding and often harsh environments of the offshore industry – from oil and gas platforms to wind farms – ensuring the safety, comfort, and well-being of personnel is non-negotiable. TLS Offshore Containers International rises to this challenge, offering meticulously designed offshore accommodation containers that provide a secure, efficient, and comfortable home away from home. Whether you need standard 20ft DNV-certified units or larger, versatile ABS-approved modules, TLS delivers robust solutions built for the toughest conditions.
 
Uncompromising Safety and Compliance Standards
Safety is paramount offshore, and TLS accommodation modules are engineered with this principle at their core:

• Top-Tier Certifications: TLS provides containers certified to DNV 2.7-1 / EN 12079 standards and CSC certified. We also offer ABS (American Bureau of Shipping) approved modules designed specifically to meet rigorous offshore oil & gas requirements, including Zone 2 compliance for external connections and ABS guidelines.
• A60 Fire Safety: All modules feature A60-grade fire insulation, self-closing A60 doors, and fire dampers on all ventilation inlets and outlets, providing critical fire protection. Windows can also integrate A60 escape hatches.
• Robust Construction: Built to withstand extreme temperatures from -30°C to 70°C, these containers maintain structural integrity and watertightness. A C5-grade marine paint exterior offers superior corrosion protection.
• Integrated Safety Systems: Modules come equipped or pre-wired for essential safety systems, including PLC-based fire and gas detection, smoke/temperature sensors, sprinkler systems, emergency lighting, and connections for PAGA (Public Address and General Alarm), telephone, and TV.

 
Designed for Durability, Functionality, and Comfort
TLS accommodation containers blend ruggedness with features designed for livability and operational efficiency:

• Versatile Sizes & Layouts: Choose from standard 20ft containers (often configured with two independent rooms and a shared bathroom) or larger ABS modules accommodating 1 to 8 personnel with various layouts, such as twin rooms with en-suite facilities.
• Built for the Environment: Engineered for global offshore (on-deck or below-deck) and onshore use, these units consider harsh environmental conditions and transport stresses. Features like PVC anti-slip flooring enhance safety.
• Climate Control: Integrated HVAC systems with individual thermostatic controls ensure a comfortable interior climate, even with T3 high-temperature rated air conditioning options available for extreme heat.
• Reliable Utilities: Modules feature easy connections for utilities, including freshwater inlets and grey/black water outlets. Electrical systems use marine/offshore standard flame-retardant cables, offer plug-in connections for easy hook-up, and ABS modules support multi-voltage inputs (380V-480V, 60Hz) stepping down to standard outlet voltages (e.g., 240V).

 
Practicality in Deployment and Use
TLS focuses on making deployment and long-term use as straightforward as possible:

• Ease of Transport & Installation: Standardized dimensions (including ISO standard corners) ensure compatibility with sea, road, and air transport, streamlining logistics. Certified lifting eyes and included slings facilitate safe handling.
• Stackable & Linkable: Containers are designed to be stacked (ABS modules up to three levels manned) and linked together. Special linking kits maintain A60 integrity and create watertight seals, allowing for the creation of multi-level accommodation complexes with internal corridors, eliminating the need to go outside between modules.
• Fully Furnished: Interiors are equipped for comfortable living, typically including beds (single or bunk with FR mattresses), wardrobes/lockers, desks with chairs, lighting, ample sockets, network/data connections, and fully fitted wet units (toilet, washbasin, shower, water heater).
• Customization: TLS offers various configurations and interior layouts to meet specific client requirements, from single occupancy to multi-person arrangements or combined living/working spaces.

 
Conclusion: Choose TLS for Reliable Offshore Accommodation
TLS Offshore Containers International provides certified, robust, and comfortable accommodation solutions tailored for the demanding offshore industry. By prioritizing safety standards (DNV 2.7-1, ABS, A60), incorporating practical design features, and ensuring ease of deployment through stackable and linkable modules, TLS delivers exceptional value. Their commitment to quality and customization makes them a trusted partner for offshore personnel housing worldwide.
 

TLS Offshore Containers / TLS Special Containers is a global supplier of standard and customised containerised solutions. 
Wherever you are in the world TLS can help you, please contact us.
 
More information about accommodation modulars, offshore accommodation cabins, gallery module, mess module, etc. Please download TLS accommodation modular brochure , TLS ABS approved offshore accommodation module brochure for reference. 

​
Keywords: #Offshore accommodation container, #DNV 2.7-1 accommodation module, #ABS approved accommodation module, #A60 offshore living quarters, #Stackable accommodation modules, #Portable offshore housing, #Offshore personnel accommodation, #Certified offshore accommodation, #Modular offshore living quarters

​The global shift towards renewable energy sources like solar and wind is undeniable. But harnessing their full potential requires overcoming intermittency – the sun doesn't always shine, and the wind doesn't always blow. This is where Battery Energy Storage Systems (BESS) become critical, storing excess energy for later use. At the heart of these powerful systems lies the BESS container, a specialized enclosure vital for safety, reliability, and performance.  
 
As the demand for effective energy management grows, understanding the importance of robust energy storage system containers is crucial for project developers, utilities, and industry leaders. Let's delve into why these aren't just boxes, but critical infrastructure for a sustainable energy future.
 
What Exactly is a BESS Container?
A BESS container, or ESS container, is far more than a standard shipping container. It's a purpose-engineered, often modular enclosure designed to house and protect the core components of an energy storage system. This typically includes:

• Battery racks (housing technologies like Lithium Iron Phosphate - LFP, Lithium-Ion, etc.)
• Power Conversion System (PCS)
• Battery Management System (BMS)
• Energy Management System (EMS)
• Climate Control (HVAC)
• Fire Detection and Suppression Systems
• Necessary cabling, switchgear, and safety equipment.

These containerized energy storage solutions offer portability, scalability, and faster deployment compared to building fixed structures, making them ideal for diverse applications.
 
The Critical Role of Quality in BESS Enclosures
The performance, safety, and lifespan of a multi-million dollar BESS investment significantly depend on the quality of its container. Here's why skimping on the enclosure is a critical mistake:

1. Safety First: BESS involves high energy densities. A quality container incorporates robust fire detection and suppression systems (like Heptafluoropropane), proper ventilation, and structural integrity to manage risks and ensure safe operation.
2. Durability in Harsh Environments: BESS containers are often deployed outdoors, exposed to extreme temperatures (from -20°C to 50°C or more), humidity, corrosive salt air, and mechanical stress. Premium, corrosion-resistant materials and stringent manufacturing checks ensure the container withstands these challenges.
3. Optimal Performance: Sensitive battery systems require precise thermal management. Advanced BESS containers integrate sophisticated HVAC systems, managed by the BMS, to maintain ideal operating temperatures, maximizing efficiency and battery life.
4. Protecting Valuable Assets: The enclosure shields expensive BESS components from environmental hazards, vandalism, and unauthorized access, safeguarding the investment.
5. Compliance and Reliability: Reputable manufacturers adhere to strict international standards for fire resistance, thermal management, structural integrity, and environmental protection, ensuring reliable performance and compliance.

Key Features of Advanced BESS Container Solutions
Leading manufacturers offer BESS containers packed with features designed for modern energy demands:

• Robust Construction: Built using premium materials and undergoing rigorous quality checks like structural assessments and welding inspections.
• Integrated Systems: Delivered as turnkey solutions with batteries, PCS, BMS, EMS, HVAC, and fire suppression pre-integrated and tested.
• Customization: Offering OEM (Original Equipment Manufacturer) and ODM (Original Design Manufacturer) services to tailor layouts, cooling solutions, and features precisely to project requirements and battery chemistries (including Li-ion, LFP, super-capacitors, etc.).
• Advanced Thermal Management: Utilizing forced air cooling and integrated HVAC systems controlled by the BMS for optimal temperature regulation.
• Ease of Deployment: Containerized format simplifies transportation and installation, significantly reducing project timelines.
• Smart Connectivity: Incorporating communication interfaces like RS485/CAN for seamless integration with grid control systems.

Applications Driving BESS Container Demand
The versatility of containerized BESS makes them suitable for a wide array of applications:

• Renewable Energy Integration: Smoothing output from solar and wind farms.
• Grid Stabilization: Providing frequency regulation and peak shaving services.
• Utility-Scale Storage: Enhancing grid reliability and deferring costly infrastructure upgrades.
• Commercial & Industrial: Reducing demand charges (peak shaving) and providing backup power.
• Off-Grid & Microgrid: Ensuring reliable power in remote locations.
• Emergency Power Supply: Offering instant backup during grid outages.

Choosing the Right BESS Container Partner
Selecting a manufacturer for your BESS enclosures is a critical decision. Look for partners who demonstrate:

• Proven Experience: A track record in designing and manufacturing BESS-specific containers.
• Engineering Expertise: In-house design capabilities using advanced modeling and simulation.
• Quality Commitment: Rigorous quality control processes and use of premium materials.
• Compliance & Certification: Adherence to relevant international safety and performance standards.
• Flexibility: OEM/ODM capabilities and the ability to customize solutions.
• Global Reach: Ability to manage logistics and support international projects.
• Focus on Innovation: Continuous R&D in areas like thermal management and energy density optimization.

Conclusion: Secure Your Energy Future with Quality BESS Containers
Battery Energy Storage System containers are fundamental to unlocking the potential of renewable energy and building resilient power grids. Their design, quality, and features directly impact the safety, reliability, and profitability of energy storage projects. By prioritizing high-quality, purpose-built BESS containers from experienced manufacturers, stakeholders can ensure their energy storage investments deliver optimal performance and long-term success, paving the way for a cleaner, more stable energy future.
 
Looking for robust, reliable, and customized BESS container solutions? Partner with experienced global leaders to ensure your energy storage project excels.
 
TLS Offshore Containers / TLS Special Containers is a global supplier of standard and customised containerised solutions. 
Wherever you are in the world TLS can help you, please contact us.
 
Regarding the Battery Energy Storage System (BESS) container, please download Energy Storage System (ESS) Containers brochure for reference.
 
​
Keywords: #BESS container, #Energy storage system container, #Containerized energy storage, #Utility-scale storage, #Modular energy storage, #Custom BESS container manufacturing, #Renewable energy storage, #Safe BESS container solutions, #Turnkey BESS container solutions, #BESS container thermal management

In industries operating in remote, offshore, or challenging environments, the need for reliable, on-site laboratory facilities is crucial for testing, analysis, and quality control. Transporting samples can be time-consuming and risk sample integrity. TLS Offshore Containers provides a robust solution with their advanced Portable Laboratory Container Solutions.
 
What are TLS Laboratory Containers?
TLS offers containerised laboratory modules that are self-contained, movable, and fully equipped to meet stringent laboratory requirements. These aren't just standard containers; they are purpose-built environments designed for sophisticated scientific work, wherever you need it. Whether you require a modular petroleum laboratory, a general laboratory cabin, a blast-resistant container, or a specialized mud lab, TLS provides adaptable solutions.
 
Built for Tough Conditions & Offshore Ready
Understanding the demands of offshore and extreme environments, TLS laboratory containers are:

1. Fully Insulated: Ensuring stable internal conditions and comfortable operation.
2. Weather Resistant: Designed to operate flawlessly in extreme temperatures ranging from -20°C to +60°C.
3. Durable Construction: Built using materials that maintain structural integrity and watertightness even under harsh conditions.
4. Transport Certified: Designed for offshore container transport via road, rail, and sea (above or below deck), meeting DNV2.7-1 / EN12079 certification and CSC plated.

 
Safety First: A Secure Working Environment
Safety is paramount in any laboratory setting, especially when dealing with potentially hazardous materials or operating in high-risk areas. TLS mobile laboratory solutions incorporate critical safety features:

1. Negative Pressure Environment: The internal environment maintains negative pressure to safely manage and vent potentially flammable or explosive gases generated during operations.
2. Explosion-Proof Fittings: Equipped with explosion-proof electrical facilities (Ex light, switch, socket, cabling) to create a safe internal operating environment. Compliance with ATEX / IECEx standards is available on request.
3. Fire Safety: Units can be specified with an A0 or A60 fire rating and include an autonomous fire, gas, and smoke detection system.

 
Fully Equipped & Customizable for Your Needs
Beyond structural integrity and safety, TLS labs are designed for functionality and user comfort:

• Independent Systems: Feature self-contained Heat, Ventilation, and Air Conditioning (HVAC) systems, plus necessary compressed air and lighting.
• Practical Workspace: Include workbenches, dedicated working and storage furniture (under-bench and over-bench cabinets), stainless steel sinks with drainage, and essential eye washers.
• Utility Connections: Designed for quick and easy hook-up to on-board/rig services for power, water, and air. LAN and phone connections are also available.
• Durable Interiors: Feature acid and alkali-resistant work surfaces and anti-slip flooring.
• Customization: Available in standard 10ft and 20ft sizes, or customized dimensions to meet specific client requirements.

 
Why Choose TLS for Your Portable Laboratory Needs?
TLS Offshore Containers stands out as a global leading supplier of containerised solutions. Their laboratory containers offer a blend of ruggedness, safety, compliance, and customization essential for demanding applications. They provide a turnkey solution for deploying advanced laboratory capabilities quickly and efficiently, anywhere in the world.
 
Get Your Custom Laboratory Solution
Ready to bring advanced, reliable laboratory capabilities directly to your site? Contact TLS Offshore Containers to discuss your specific requirements for a portable, offshore, or modular laboratory.
 
 
TLS Offshore Containers / TLS Special Containers is a global supplier of standard and customised containerised solutions. 
Wherever you are in the world TLS can help you, please contact us.
 
Please download Laboratory container brochure for reference.
 
 
Keywords: #Portable laboratory container, #Mobile laboratory solutions, #Containerised laboratory, #Modular laboratory, #Offshore laboratory container, #Remote site laboratory, #On-site lab container,#DNV certified lab container, #EN12079 container lab, #CSC plated laboratory, #A60 fire rated lab container, #HVAC lab container, #Negative pressure lab container, #Insulated laboratory container, #Custom lab container

Battery Energy Storage Systems (BESS) are critical assets in today’s energy infrastructure, used for frequency regulation, renewable integration, and grid support. As these systems are typically housed in heavy-duty containers, ensuring structural integrity during transportation, installation, and operation is essential. One of the most crucial steps in quality assurance is the lifting test—a mandatory procedure to validate the container’s ability to withstand dynamic forces during hoisting.

At TLS Energy, we specialize in the design and manufacturing of containerized BESS solutions. Serving top-tier energy clients globally, our containers are built to the highest standards. We conduct rigorous lifting tests to simulate real-world handling and certify structural safety.

What is a Lifting Test?
A lifting test is a structural assessment where a fully assembled BESS container—often loaded with steel blocks (dummy weights)—is lifted using certified lifting equipment. This test ensures the container frame, corner castings, and welds can bear the full load without deformation or damage.
In the test, simulated loads—often 20,000 kg or more, as shown in the image—are strategically placed to mimic real battery system weights. The container is then lifted from designated lifting points to evaluate:

• Structural stability
• Frame integrity
• Weld joint quality
• Lifting lug alignment and strength

These tests confirm the container complies with international safety standards, and they are essential for offshore or large-scale utility applications where safe handling is non-negotiable.

TLS Energy’s Lifting Test Standards
TLS Energy performs lifting tests in strict accordance with international container safety codes and engineering best practices. Each BESS container undergoes:

• Visual inspection before and after lifting
• Deflection and stress analysis during the test
• Load distribution assessment
• Documented quality control checks

Our in-house testing procedures also simulate extreme handling scenarios to ensure that the container maintains its integrity even under harsh conditions.

Why It Matters
Inadequate lifting strength can lead to catastrophic failures during transport or crane operations. By conducting thorough lifting tests, TLS Energy provides peace of mind to clients, ensuring:

• Safe transportation from factory to installation site
• Long service life of the container structure
• Compliance with insurance and regulatory requirements
• Confidence for offshore and high-value grid-connected projects

Global Trust in TLS Energy
With more than 10 years of experience in manufacturing and designing BESS containers, TLS Energy delivers OEM and ODM container solutions for global energy storage companies. Our clients rely on us not only for technical performance but also for exceptional safety standards.

By prioritizing safety through lifting tests and structural evaluations, TLS Energy continues to lead the way in delivering reliable, durable, and tested BESS container enclosures to markets worldwide.

As the global energy landscape shifts towards decentralization and carbon neutrality, advanced Energy Management Systems (EMS) have emerged as a cornerstone for the operation of smart grids and virtual power plants (VPPs). A new generation of EMS platforms now enables real-time control, intelligent scheduling, and full integration of distributed energy resources (DERs), driving energy efficiency and cost savings across industrial parks and microgrids.

Integrated PV, Storage, and EV Charging Optimization
Modern EMS platforms are built on the principle of “PV-Storage-Load-Charging” coordination. Using AI-powered forecasting algorithms, EMS can accurately predict photovoltaic (PV) generation based on weather data and historical trends. This ensures real-time adjustment of battery charging and discharging. Surplus solar power is automatically stored or redirected to EV charging stations, reducing curtailment and increasing renewable energy consumption.

Battery energy storage systems (BESS) serve multiple functions within the EMS framework. They enable peak shaving and valley filling based on dynamic electricity pricing, provide frequency regulation, and serve as backup power sources. The EMS intelligently schedules charge/discharge cycles to minimize peak demand charges and leverage low-tariff periods, enhancing both cost-efficiency and grid stability.

In response to the surge in EV adoption, EMS platforms incorporate smart charging strategies. They aggregate charging demand data, regulate charging loads during grid peaks, and prioritize off-peak charging. This reduces pressure on the local power infrastructure and cuts charging costs for end users. In some industrial parks, this strategy has reduced peak loads by 30% while increasing battery utilization by 20%.

Deep Integration of Distributed Energy and Grid Services
With the rise of solar and wind energy, managing intermittency and ensuring grid reliability has become increasingly complex. EMS platforms now aggregate distributed PV, BESS, and controllable loads into virtual power units. This “resource pooling” approach smooths fluctuations and enhances grid responsiveness by discharging during peak demand and absorbing excess energy during oversupply periods.

To maintain power quality, EMS platforms integrate power quality monitoring, harmonic filtering, and voltage control systems. Real-time analytics detect abnormalities and deploy compensation measures to ensure stable operation. Embedded fault diagnostics reduce downtime and enhance system safety.

In industrial settings, EMS supports multi-energy coordination including PV, combined heat and power (CHP), and waste heat recovery. These systems dynamically optimize energy flows based on cost and availability, prioritizing low-carbon sources and minimizing emissions.

The Future of Virtual Power Plants
At the heart of VPP evolution is the EMS, which transforms distributed resources into flexible, market-ready assets. VPPs can now provide grid services such as frequency regulation, demand response, and energy arbitrage in real-time electricity markets. EMS platforms analyze real-time pricing and consumption forecasts to determine optimal participation strategies, maximizing economic returns for asset owners.

​Future EMS innovations include AI-driven autonomous dispatch, cross-regional resource aggregation, and blockchain-based transaction validation. These technologies will enable EMS to support larger, smarter, and more decentralized VPP ecosystems, accelerating the global transition to a low-carbon, resilient energy future.

Battery Energy Storage Systems (BESS) are integral to renewable energy solutions, providing stability, efficiency, and reliability. At the forefront of this industry, TLS Energy excels in manufacturing specialized BESS containers and enclosures designed to meet the stringent demands of various energy applications.
TLS Energy’s BESS containers are engineered for durability and safety, suitable for utility-scale energy storage projects. Our containers feature robust structural integrity, meeting critical international standards such as ISO and IEC certifications, ensuring optimal performance in challenging environments.
Customization is at the core of TLS Energy’s offerings. Our in-house experts work closely with clients to design and manufacture enclosures tailored precisely to their specific operational needs, including climate control systems, fire suppression mechanisms, and enhanced security features. Our bespoke designs ensure the seamless integration of battery management systems (BMS) and power conversion systems (PCS), providing clients with a turnkey solution that simplifies deployment and reduces project timelines.
Manufactured using high-quality materials, TLS Energy’s BESS containers withstand harsh weather conditions and operational stresses. Attention to detail during fabrication guarantees exceptional thermal management, which extends battery life and maintains peak performance. Moreover, each enclosure undergoes rigorous testing and quality control processes, ensuring compliance with industry-leading safety and environmental standards.
With a strong commitment to sustainability, TLS Energy employs environmentally conscious manufacturing practices. Our enclosures support the global shift towards clean energy, enhancing energy efficiency and reducing carbon footprints for projects worldwide.
Choose TLS Energy for reliable, customized, and sustainable BESS container solutions. Our dedicated expertise helps clients achieve their energy storage goals effectively, positioning them ahead in the fast-evolving renewable energy market.

​In today’s advanced scientific landscape, laboratory safety is more important than ever—especially when working with hazardous or volatile substances. For research institutions and professionals who handle infectious agents or dangerous chemicals, containment isn’t just a priority—it’s a necessity. That’s where TLS Negative Pressure Lab Containers come in, delivering a secure, controlled environment that safeguards both personnel and the external environment.
 
What Is a Negative Pressure Lab Environment?
A negative pressure environment is a critical safety mechanism in laboratories. It works by maintaining a lower air pressure inside the lab container compared to the outside atmosphere. This pressure differential ensures that if any breach occurs, air flows into the container rather than allowing harmful substances to escape, effectively containing potential contaminants and preventing exposure.
 
The Role of TLS Negative Pressure Lab Containers
TLS Negative Pressure Lab Containers are engineered to provide superior containment. Designed with cutting-edge technology and constructed using high-grade materials, these containers create and maintain stable negative pressure environments ideal for sensitive research.
 
Whether used for biological, chemical, or pharmaceutical studies, TLS containers offer the peace of mind that hazardous materials are securely contained—helping researchers focus on innovation without compromising safety.
 
Why Location Matters
While the container ensures internal safety, placing it in a designated safe area is equally vital. These containers should be installed in locations with proper ventilation, low population density, and appropriate zoning to further mitigate risk. TLS emphasizes this dual-layer approach: robust internal containment, supported by thoughtful external placement.
 
Key Advantages of TLS Negative Pressure Lab Containers

• Versatility:

Suitable for a wide range of applications—from microbiological research to chemical testing—these containers adapt to evolving laboratory requirements while maintaining stringent safety protocols.

• Reliability:

Built to withstand rigorous use, TLS containers feature durable construction and advanced safety systems, ensuring consistent performance even under demanding conditions.

• Compliance:

TLS containers are designed to meet or exceed industry safety standards, helping laboratories adhere to international best practices for hazardous material handling and containment.

A Safer Future for Scientific Exploration
As science continues to push boundaries, maintaining safe, compliant, and efficient lab environments is essential. TLS Negative Pressure Lab Containers offer a reliable solution for managing high-risk materials without compromising safety or research integrity.
 
By combining negative pressure technology with smart placement and regulatory compliance, TLS enables a safer future—where scientific breakthroughs are achieved in secure, state-of-the-art environments.
 

TLS Offshore Containers / TLS Special Containers is a global supplier of standard and customised containerised solutions. 
Wherever you are in the world TLS can help you, please contact us.
 
Please download Laboratory container brochure for reference.
 
Keywords: #Negative pressure lab container, #Laboratory safety container, #TLS lab container, #Hazardous material containment, #Negative pressure laboratory system, #Research facility safety, #Safe area lab containers, #Industrial lab equipment, #Mobile laboratory systems, #Chemical lab container safety, #Controlled environment containers