Oil & Gas
Custom Battery Packs For The Oil & Gas Industry
Custom Oil and Gas Battery Packs
We have decades of onshore and offshore experience and a deep understanding of the unique needs of the oil and gas industry. To meet these needs, we offer an extensive and durable range of cells and battery packs that are specifically designed to withstand the extreme conditions common in the industry’s remote work environments. Our oil and gas-specific cells and battery packs are designed to operate in harsh and hazardous environments and can handle extreme temperatures, high pressures, corrosion, and severe vibration and shock.
With our local production base in China, we have the capability to handle small-scale and large-scale production of high-temperature battery packs. At the same time, our warehouses in Europe stock a large number of batteries of various sizes, technical specifications, capacities and voltages to meet the specific needs of our customers. In addition, we are privileged to be an outstanding assembly service provider for the world’s top brands of batteries.
Safety is our top priority, so all of our batteries have passed UN38.3 dangerous goods transport certification, ensuring that batteries and battery packs can be safely shipped around the world. At the same time, we have also obtained ATEX explosive environment certification, which further proves the safety and reliability of our products. Our professional team is on hand to consult with you and assist you in designing a solution that best suits your application needs.
DOWNHOLE DRILLING
In the downhole drilling space, TASSKOOD offers a complete and comprehensive range of downhole lithium battery packs specifically designed for logging while drilling (LWD) and measurement while drilling (MWD) applications. These battery packs are powered by reliable and durable lithium batteries from Engineered Power.
All battery packs are designed to meet the stringent requirements of the environments in which they are used, including high shock and high vibration conditions. Lithium battery cells are specially designed to withstand these harsh conditions, ensuring a stable and reliable power supply in the most extreme underground environments.
Specific applications and features include:
1. Logging while drilling (LWD):
– Continuous power supply: The battery pack provides continuous and stable power to the LWD equipment, allowing it to collect and transmit formation data in real time during the drilling process.
– Environmental tolerance: Specially designed batteries can withstand harsh environments such as underground high temperatures, high pressures, and chemical corrosion.
2. Measurement while drilling (MWD):
– High-precision data: Provides power support for MWD tools to ensure high-precision direction and drilling parameter measurements.
– Long-term operation: The high energy density and long cycle life of lithium batteries enable it to support long-term underground operations.
3. High shock and high vibration applications:
– Durable design: Battery cells and battery packs have been rigorously tested and optimized to maintain performance under severe shock and vibration environments during drilling.
– Reliability: Ensure that under the most severe conditions, the battery pack can still provide stable power output and ensure the continuous operation of the equipment.
4. Adapt to harsh environments:
– Temperature tolerance: Designed for use in high-temperature underground environments and able to work normally under extreme temperature conditions.
– Pressure resistance: Able to withstand high-pressure underground environments to ensure that the battery is not deformed or damaged.
Through these features and designs, TASSKOOD’s downhole lithium battery pack provides reliable power guarantee for logging while drilling and measurement while drilling, ensuring that it can still operate efficiently and stably in the harshest downhole environment.
STRUCTURAL MONITORING
Off shore structure monitoring is the process of measuring environmental and structural loads on platforms, offshore wind turbines, wellheads and risers. Through this monitoring, the service life of the equipment can be extended and long-term integrity assurance can be provided, resulting in cost savings.
We work with numerous structural monitoring companies to provide high energy/high power SAFT and Tadiran solutions that have a significant presence in the market.
Specific applications and advantages include:
1. Platform monitoring:
– Real-time data collection: Through sensors installed on the platform, real-time monitoring of structural loads and environmental changes ensures the safe operation of the platform.
– Preventive maintenance: By monitoring data, potential problems can be identified in advance and preventive maintenance can be performed to avoid sudden failures.
2. Offshore wind turbines:
– Structural health monitoring: Continuous monitoring of key components such as wind turbine towers and blades to ensure their stability in high wind speeds and marine environments.
– Extended service life: Optimize maintenance plans through monitoring data to extend the service life of turbines and improve return on investment.
3. Wellhead and riser:
– Pressure and stress monitoring: Install sensors on the wellhead and riser to monitor pressure and stress changes to ensure the safety of the wellhead and riser.
– Risk management: Through continuous monitoring, potential structural risks can be discovered and responded to in a timely manner to ensure the safety of offshore oil and gas production.
4. High energy/high power solutions:
– SAFT Battery: Provides high energy density and long life battery solutions suitable for long-term operation of offshore monitoring equipment.
– Tadiran battery: With its excellent reliability and performance, it provides stable power support for monitoring equipment in harsh marine environments.
5. Cost Savings and Benefits:
-Optimize operations: Through accurate monitoring data, optimize the operation and maintenance strategies of offshore structures and reduce operating costs.
– Integrity Guarantee: Provide long-term structural integrity guarantee, reduce unexpected downtime and maintenance costs, and improve overall operational efficiency.
By partnering with structural monitoring companies, our high energy/high power solutions play a key role in the market, providing reliable power support for offshore structure monitoring, ensuring long-term stable operation and cost-effectiveness of equipment.
PIPELINE INSPECTION - PIGGING
In pipeline inspection, PIG (Pipeline In-line Inspection Gauge) inspection technology plays an important role. Here is a detailed explanation of PIG inspection and its related battery solutions:
Importance of PIG Inspection:
Pipeline inspection is an efficient mapping survey method that helps identify the location of each pipeline joint, making it easier and more economical to find defects.
With this method, operators can perform necessary maintenance without interrupting the flow of products in the pipeline, improving efficiency and safety.
Development of PIG Inspection Technology:
As the industry’s demand for more frequent inspections increases, the amount of sensors and data on PIGs is also increasing.
This requires the use of reliable and high-energy battery solutions to support the operation of these advanced equipment.
Benefits of Engineered Power PIG Battery Series:
Given the high requirements of PIG inspection equipment on batteries, the PIG battery series provided by Engineered Power has become an ideal power solution.
These batteries have high energy density and long life characteristics, which can ensure the stable operation of inspection instruments in long-term and high-temperature environments.
Application in high temperature environments:
Under conditions where the operating temperature exceeds 100°C, TASSKOOD’s PIG battery series can still maintain stable performance.
This makes this series of batteries an ideal choice for high-temperature pipeline inspection environments.
Compliance with safety regulations:
Since these applications are often carried out in potentially explosive environments, relevant safety regulations such as ATEX must be strictly adhered to.
TASSKOOD has extensive experience in battery design and production, ensuring that the products meet these strict safety standards.
In summary, PIG inspection technology plays a key role in pipeline maintenance, and TASSKOOD’s PIG battery series provides it with powerful and safe power support. This enables operators to perform efficient pipeline inspection and maintenance work in a variety of harsh environments.
SEISMIC SURVEY
As a leading power solutions provider, TASSKOOD provides highly reliable batteries and power systems to ensure stable power support at every stage of seismic surveying. Their products are designed for harsh environments and can maintain excellent performance under extreme temperature, humidity and vibration conditions.
By using high-quality batteries, seismic surveying companies can:
Improve the reliability and accuracy of data acquisition: reduce data loss and errors caused by insufficient power.
Extend the operating time of equipment: ensure that the equipment can operate for a long time under field conditions without frequent battery replacement.
Reduce operating costs: Efficient and durable batteries reduce the frequency of equipment maintenance and replacement, thereby reducing overall operating costs.
In summary, batteries are an indispensable key component in seismic surveying, providing the necessary power support so that complex seismic surveying tasks can proceed smoothly. TASSKOOD ensures that seismic surveying companies meet the highest standards of work efficiency and data quality by providing high-performance battery solutions.
SUBSEA OIL & GAS
TASSKOOD has extensive experience in battery solutions for harsh environments and is able to provide disposable and rechargeable battery solutions to meet the needs of various subsea applications.
Reliability: TASSKOOD’s battery design takes into account extreme temperatures and high-pressure environments to ensure stable operation below freezing.
Diverse solutions: A variety of disposable and rechargeable batteries are available to meet the needs of different equipment and applications.
Efficient performance: Even in extreme environments, Enix batteries can still provide long-term continuous power, reducing the frequency of replacement and maintenance.
Specific applications of subsea production system batteries
1. Exploration equipment: High energy density batteries are used for seismic sensors and acoustic wave detection equipment to ensure long-term high-precision data acquisition.
2. Drilling equipment: Provide stable power for deepwater drilling platforms and remotely operated equipment to support continuous operations.
3. Survey instruments: Used for subsea geological mapping and topographic survey equipment to ensure its normal operation under extreme conditions.
4. Energy storage system: Provide long-term power reserves for various subsea equipment to ensure continuous operation of equipment without supervision.
Through TASSKOOD’s high-performance batteries, the subsea production system can maintain efficient and stable operation in extreme environments, ensuring the smooth progress of various operations.
What batteries are commonly used in oil and gas?
In the oil and gas industry, the choice of battery is critical for the reliable operation of equipment, especially under extreme environmental conditions. The following are two main recommended battery chemistries: lithium thionyl chloride battery (Li-SOCl2) and lithium sulfur dioxide chlorine battery (Li-SO2Cl2), which are widely used in the industry due to their characteristics.
1. Lithium thionyl chloride battery (Li-SOCl2)
Stable operating voltage: 3.67V open circuit voltage (OCV)
High power/energy density: Provides long-term continuous power supply, suitable for equipment with high energy requirements.
Wide temperature operating range: -55°C to +225°C
Long history of industry choice: More than 30 years of use history, proving its reliability and stability in harsh environments.
Detailed features:
High energy density: Li-SOCl2 batteries have very high energy density and are ideal for many low-power devices that need to operate for a long time.
Long life: Low self-discharge rate, enabling it to maintain high performance during long-term storage and intermittent use.
Wide temperature range: It can operate stably in environments from extremely cold to extremely hot, which is very suitable for extreme environments such as underground and seabed.
Application examples:
Subsea monitoring system: Environmental monitoring sensors deployed for a long time on the seabed.
Downhole measurement tools: For long-term monitoring and data logging in oil and gas underground environments.
Wireless sensor networks: For data collection in remote and inaccessible areas.
2. Lithium sulfur dioxide chlorine battery (Li-SO2Cl2)
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Higher operating voltage: 3.9V open circuit voltage (OCV)
Service temperature range: Up to +165°C
Particularly suitable for pressure gauge applications: Pressure measurement equipment in high-pressure and high-temperature environments.
Detailed features:
High voltage output: Compared with other battery chemistries, Li-SO2Cl2 batteries have higher output voltages and are suitable for equipment that requires higher starting voltages.
Good high-temperature performance: Although the temperature range is not as wide as Li-SOCl2, it performs well under high-temperature conditions.
High power density: Provides high energy output in a short period of time, suitable for applications with high power requirements.
Application examples:
Pressure gauge: Used for pressure measurement in underground high-pressure environments, it can maintain stable working performance under high-temperature and high-pressure conditions.
Drilling tools: Provide power support for equipment that performs drilling operations in high-temperature environments.
Short-term high-power demand equipment: Such as downhole tools that require instantaneous high energy output.
Advantages of TASSKOOD
TASSKOOD provides high-performance batteries designed for harsh environments, covering solutions for the two major battery chemistries mentioned above. With years of experience and technology, Enix is able to provide:
Customized solutions: Provide tailored battery solutions based on specific application requirements and environmental conditions.
High reliability: Maintain stable battery performance under extreme environmental conditions to ensure reliable operation of equipment.
Technical support: Provide comprehensive technical support and after-sales service to ensure the best performance of the battery in actual applications.
Conclusion
Lithium thionyl chloride batteries (Li-SOCl2) and lithium sulfur dioxide chlorine batteries (Li-SO2Cl2) are ideal choices for extreme environments and high energy demands in the oil and gas industry. By choosing the right battery chemistry and a reliable supplier, such as Enix Power Solutions, oil and gas companies can ensure that their equipment operates efficiently and stably under harsh conditions.
