The aviation sector is undergoing a significant transformation, largely driven by the adoption of more sustainable and efficient technologies. Ground handling equipment (GSE) is no exception. The shift to lithium batteries is revolutionising the way airports operate.

GSE covers a wide range of equipment, from tow tractors to belt loaders. Each type of equipment has specific energy needs, so it is essential to choose the right battery for each application.

1. Lithium batteries are changing the game

Lithium batteries offer a number of advantages over traditional lead-acid batteries.

• Greater energy efficiency
• A longer service life 
• Reduced environmental impact
• Faster and more flexible charging

In short, lithium-ion batteries offer a number of advantages that make them the preferred choice for ground handling equipment. Their higher efficiency, durability and lower environmental impact contribute to more sustainable and cost-effective airport operations.

2. Reducing emissions and costs

Diesel ground handling equipment is a major source of emissions at airports. Lithium batteries offer a clean and quiet alternative, helping to improve air quality and reduce process costs.

3. Easier charging of lithium batteries

Opportunistic charging, together with lithium-ion batteries, contributes to a more sustainable airport operation. By reducing dependence on fossil fuels and optimising energy use, the environmental impact of ground operations is minimised. In addition, the higher energy efficiency of lithium-ion batteries reduces long-term operating costs.

4. Resilience to extreme weather conditions

Lithium batteries are less sensitive to temperature extremes than lead-acid batteries, which ensures optimal performance in various climatic conditions. This is especially important in regions with extreme climates.

Conclusion

The transition to lithium batteries in ground support equipment represents a turning point in the aviation industry. Beyond improving operational efficiency in the short term, this technology lays the foundation for a more sustainable and cost-effective future. Reducing emissions, extending equipment lifetimes and optimising long-term operating costs are just some of the benefits of this transformation. 

Furthermore, by aligning with global decarbonisation goals, the adoption of lithium batteries positions airports as sustainability leaders and allows them to adapt to increasingly stringent environmental regulations.

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Do you want to know more about how lithium batteries can be used for transform your GSE fleet? Contact us.

The growing demand for lithium-ion batteries poses a crucial challenge: what happens to them at the end of their useful life? To ensure a sustainable future, it is essential to develop efficient recycling processes and explore new applications for these batteries. In doing so, we not only protect the environment, but also drive a circular economy based on the reuse of resources.

The recycling process of lithium batteries

Lithium batteries, although essential for the energy transition, have a limited life cycle. However, thanks to recycling, we can recover the valuable metals they contain and reintroduce them into the production chain. The process, which involves everything from collection to purification of materials, allows us to close the cycle and minimise the environmental impact, contributing to a more sustainable future.

Here are the steps:

• Collection and transport
• Dismantling
• Shredding and crushing
• Hydrometallurgical process
• Solid/liquid separation
• Precipitation and purification

Recovered metals, mainly lithium, cobalt and nickel, close the production cycle by being reused in the manufacture of new batteries or in other industries such as glass and ceramics. This practice promotes a circular economy and reduces dependence on finite natural resources.

Beyond Recycling: The Second Life of Batteries

Lithium batteries, once their original capacity is exhausted, find a second life in a variety of applications that contribute to a more sustainable future. 

From renewable energy storage, enabling more efficient grid management, to powering light electric vehicles, these batteries demonstrate their versatility and potential to reduce our dependence on fossil fuels. 

In addition, by extending their useful life, we reduce the generation of electronic waste and promote a circular economy. 

Environmental benefits

The recovery of valuable materials from used batteries optimises production processes by reducing dependence on virgin raw materials and reducing the costs associated with waste management.

Reduction of greenhouse gas emissions

The manufacture of new batteries is energy-intensive and produces gases that damage the planet. At recycling used batteriesBy using our batteries, we reduce the need to produce new batteries, which helps to protect our environment.

Waste reduction and landfill disposal

Batteries contain toxic substances that, if improperly disposed of in landfills, can contaminate soil and water. By recycling and reusing batteries, we prevent these hazardous wastes from accumulating in landfills and ensure that their components are treated safely, thus minimising the risk of contamination.

Conservation of natural resources

By recycling, we reduce the need to extract new raw materials, which translates into less impact on ecosystems and greater protection of biodiversity. 

Energy efficiency

Compared to the extraction and processing of raw materials, recycling requires less energy. This energy saving is significant and has a positive impact on the reduction of total energy consumption in the manufacturing industry. 

NCPOWER, committed to sustainability

At NCPOWER we have collaborations with different partners, which are key to ensure the maximum lifetime of our batteries, and also to promote their recycling. In addition, we aim to maximise the potential of lithium, opening up new opportunities for innovation and progress.

Sustainability has taken off in the airport industry. Driven by the ambitious targets of the European Green Pact, more and more airports are committed to reducing CO2 emissions and transitioning to cleaner technologies. This shift is not just an obligation, but an opportunity to improve the competitiveness and image of the sector. From electric aircraft towing vehicles to cargo and passenger handling equipment, the electrification of ground support equipment is gaining ground by leaps and bounds.

Electrification is transforming airports

The future of airport equipment is electric, but the road there is gradual. While some early adopters have already embraced lithium, others are now evaluating the most cost-effective long-term options. 

This has led to two clear trends: 

• The manufacture of new all-electric equipment 
• Upgrading existing equipment with lithium batteries

Ground handlers play a crucial role in the electrification of airports. While some facilities already have electric equipment with lead-acid batteries, the industry is rapidly migrating towards lithium as the preferred technology to drive this transition.

Emphasising return on investment

Investment in lithium batteries for airport equipment, although higher initially, is justified by the total cost of ownership (TCO). Studies show that the long-term savings, through reduced maintenance requirements and higher energy efficiency, make lithium electrification a highly profitable investment.

Focusing on the obsolescence of lead and the superiority of lithium

Lead-acid batteries are a thing of the past. Their low efficiency, high maintenance costs and limited charging capacity make them an obsolete technology. In contrast, lithium batteries offer superior efficiency, fast charging, long life and greater flexibility of use, making them the ideal choice for ground support equipment.

Focusing on sustainability and security

The electrification of airport equipment, driven by lithium batteries, represents a major step towards sustainability and safety. By eliminating polluting emissions and reducing noise, this equipment contributes to a cleaner and healthier airport environment. 

In addition, lithium battery technology, especially LFP chemistry, offers increased safety by minimising the risk of fire and ensuring stable operation.

NCPOWER: DRIVING INNOVATION IN AIRPORT EQUIPMENT ELECTRIFICATION

Airports are technological ecosystems where every element is interconnected. Ground support teams, with their diversity of functions, are essential to keep this system running, ensuring smooth operations and passenger satisfaction.

From the tractors that tow our luggage to the stairs that take us to the plane, airports are filled with a wide variety of machinery. This equipment, which includes shuttle buses, platforms for people with reduced mobility, GPUs, belt loaders and pushback vehicles, is increasingly reliant on lithium batteries to operate.

In short, the electrification of airport equipment is a reality. NCPOWER, a pioneer in lithium battery solutions since 2012, has been a key partner for airport manufacturers and operators in this transition. Our customised batteries optimise the performance of each machine, ensuring greater efficiency and productivity.

Focusing on customisation and adaptability

The choice of lithium battery supplier is not limited to power and size. Each application, especially in demanding environments such as airports, requires a customised solution. For NCPOWER, it is very important to perform detailed analyses of the machine's consumption, the environmental conditions in which it will be used and the available electrical infrastructures.

NCPOWER offers batteries with specific features such as high IP protection (IP54-65), thermal management systems and remote diagnostics, ensuring optimal performance in all weather conditions and efficient predictive maintenance. 

NCPOWER will attend the GSE Expo 2024See you in Lisbon!

Next June 2024 will be the date of the Power2Drive Europe trade fairthe international exhibition for charging infrastructure and electric mobility. Under the theme "Charging the Future of Mobility", PowerDrive Europe stands as the epicentre where industry leaders, innovators and visionaries converge to shape the future of sustainable mobility.

What will Power2Drive Europe consist of?

This year's edition of Power2Drive Europe will take place from 19-21 June 2024 at Messe München, Germany. It is part of The smarter E Europe, Europe's largest exhibition alliance for the energy industry. 

The focus is on the integration of electric vehicles, smart charging infrastructure and renewable energy sources. In this sense, this fair offers a unique showcase for the latest technologies, solutions and business models in the field of sustainable mobility.

Electrification in all sectors

Electrification is reaching all market sectors, including warehousing and logistics. Automation, warehousing and logistics play an important role at this fair, as AGV solutions, robots and other technologies require energy, and lithium batteries play a special role.

These solutions not only improve efficiency and productivity, but also require a reliable and efficient power source. This is where lithium batteries come into play, playing a key role in powering these innovative technological solutions.

Fair expectations for NCPOWER

At PowerDrive Europe, we look forward to not only expanding our network, but also to communicating our philosophy of working as "Your Lithium Partner". We are excited to establish new collaborations and strategic partnerships that will drive the development and adoption of innovative and sustainable energy storage technologies.

This event is a strategic opportunity for Europe's leading electrification players to connect and collaborate. It is an ideal occasion for NCPOWER to strengthen its partnerships with leading system integrators who are committed to driving the European electrification market forward.

How can NCPOWER help the sector?

NCPOWER technology is designed to address the energy challenges of the future. 

NCPOWER offers a wide range of lithium-based energy storage solutions, including:

• NCPOWER System: a scalable and flexible modular energy storage system for different applications.
• Data Center: energy storage solutions specifically designed for data centres.
• LifePo4 Lithium Cells: high quality lithium cells with long life and high performance.

We provide reliable, efficient and secure energy storage solutions designed to meet the needs of the electric mobility, automation and logistics sector. Our technology ensures a stable, high-quality energy supply, while promoting the building of a more sustainable and resilient future.

Conclusion

Power2Drive Europe represents a pivotal event in the evolving energy and mobility landscape. At NCPOWER, we value the opportunity to participate in this outstanding event. 

With a full programme of exhibitions, conferences and networking opportunities, Power2Drive Europe will offer participants the chance to learn about the latest industry trends, make key business contacts and collaborate in building a future powered by clean energy and electric mobility.

We are committed to contributing to a more sustainable and efficient future. We look forward to meeting you at PowerDrive and working together to move forward.

In an ever-changing business world, companies looking to thrive must be proactive in seeking strategic collaborations with partners. These alliances go beyond a one-to-one approach to deliver more complete and satisfying solutions for customers.

By working together, companies can combine their strengths and expertise to create more robust and innovative solutions. In addition, collaboration allows companies to learn from each other and access different points of view, which can drive creativity and innovation. On the other hand, alliances with partners can help companies reach new markets and customers, and increase their influence in the industry.

For a successful collaboration, lompanies should identify partners with whom they share values and objectives, and who can bring value to the partnership. In addition, trust and mutual respect are essential for the success of any collaboration. It is also essential to define common objectives, establish roles and responsibilities, and create communication and monitoring mechanisms.

"Alliances with partners create collaborative and trusting relationships that result in stronger services and products".

Collaboration is not just an option, it is a necessity for businesses that aspire to success in an ever-changing world. It involves individuals or teams working together towards a common goal or objective. When we partner with others, we create a unique synergy by combining skills, knowledge and resources. This collaboration with other partners enables us to achieve results that would otherwise be difficult to achieve individually. 

The key lies in the interdependence and complementarity between the parties involved. We recognise that by joining forces, we can tackle bigger challenges, seize opportunities and achieve shared goals much more effectively. Ultimately, we are able to multiply the value of what each partner can offer on its own.

Characteristics of partnerships

Strategic business partnerships, also known as partnerships, have proven to be a powerful tool for achieving shared objectives and maximising opportunities. These alliances are based on a number of characteristics that make them unique and effective.

Key characteristics of strategic partnerships:

1. Mutual collaboration:

Participating companies work together synergistically to achieve common goals, drawing on each other's strengths and resources.

2. Interdependence:

There is an interdependent relationship between companies, where the success of one depends on the success of the other.

3. Shared commitment:

All parties involved are committed to the long-term success of the partnership.

4. Open communication:

Smooth and transparent communication is established between partners, which facilitates problem solving and decision making.

5. Adaptability:

Strategic partnerships are flexible and adapt to changing market and customer needs.

6. Trust:

Mutual trust is a fundamental pillar for the success of any partnership.

7. Conflict resolution:

Companies are committed to resolving conflicts constructively and proactively.

8. Mutual benefits:

The ultimate goal is to generate tangible benefits for all participating companies.

Advantages of collaboration

Partnership with other companies has a number of notable benefits for the growth of each of the businesses involved.

Below, we share some of the main advantages:

• Increased efficiency in achieving objectives.
• Exploitation of shared resources.
• Generating more complete and robust solutions.
• Fostering trusting and collaborative relationships.
• Increased capacity to address complex challenges.
• Broadening knowledge and perspectives.
• Access to new market opportunities.
• Equitable sharing of responsibilities and risks.

Companies seeking to thrive in a globalised and competitive marketplace must consider strategic partnerships as a key element of their business strategy. These partnerships enable the achievement of shared goals, giving meaning to the principle that "unity is strength".

Key elements for success

Strategic alliances are proving to be a powerful driver in today's business landscape. By coming together as partners, companies can capitalise on synergy to achieve goals that would be difficult to achieve individually. As industries continue to evolve, the power of strategic collaboration emerges as an indispensable tool for fostering growth, innovation and sustainable success.

Remember:

• The success of a strategic partnership depends on the commitment and collaboration of all parties involved.
• It is important to choose partners with similar values and objectives.
• Open and transparent communication is fundamental to maintaining a healthy and lasting relationship.

Strategic partnerships are a powerful tool for achieving shared success.

NCPOWER, Your Lithium Partner

NCPOWER, a company committed to innovation and technological advancement in the field of lithium batteries, is proud to present itself as your partner in the field of clean and sustainable energy. 

With the motto "Your Lithium Partner", we reflect our commitment to work closely with you to provide you with customised, state-of-the-art solutions that are tailored to your specific needs. 

Our dedication to excellence in the manufacture and design of lithium batteries makes us the ideal partner to power your project into the future with renewable and efficient energy.

Our relationships are based on partnership and trust, which translates into solid services and products. We offer Complete and Customised Solutions for each of our Partners.

Here, you will find the hand that accompanies you, the faithful companion in every step. It is the shared challenge, the goal that unites us. Together, we grow, innovate and evolve as one. We are here for you, and more than that, we devote all our energy to supporting you. We are launching ourselves towards a future without limits, radiant with possibilities. Because we know you are not on this journey alone.

Benefits of being part of 'Your Lithium Partner'.

Benefits of partnership agreements with NCPOWER under the "Your Lithium Partner" programme.

Experience and knowledge at your service:

• Multidisciplinary team with extensive experience in the lithium battery sector since 2012.
• Access to the latest industry and market information.
• Exclusive technology with in-house developments and cutting-edge innovation with state-of-the-art batteries.

Complete and customised solutions:

• Spanish manufacture with high production capacity.
• Agreements with world-class cell manufacturers.
• Approved solutions (ECE R100).
• Certifications (CE, ISO 9001, ISO 14001).

A road to success together:

• Presence in international markets with diverse fields of action.
• Support, training and accompaniment for our partners.
• Continuous communication to build relationships of trust, transparency and flexibility.
• Mutual growth and sustainability are the pillars of our work.

The Battery Show 2024 is approaching, and NCPOWER wants to echo this leading event in the advanced battery and electric vehicle technology community. 

The battery sector is experiencing significant growth driven by the demand for electric vehicles and the growth of renewable energy. With the transition towards cleaner and more sustainable mobility, demand for advanced batteries is on the rise. The battery market is expected to expand further in the coming years, presenting exciting opportunities for innovation and technological development in this field.

What is Battery Show 2024?

The Battery Show is the premier meeting place for the advanced battery and H/EV technology community in Europe. With over 800 suppliers and more than 16,811 verified attendees, the 2024 edition will be held on 18, 19 and 20 June in Stuttgart, Germany.

It offers a unique platform to explore the latest products, solutions and developments in the battery industry. From educational lectures to a comprehensive battery technology exhibition, the Battery Show is a one-stop event that addresses all key aspects of the industry.

This event represents an exceptional opportunity to connect with battery manufacturers, suppliers, engineers, thought leaders and decision makers at a conference and exhibition focused on the latest developments in the automotive and advanced battery industries.

NCPOWER and the Battery Show

At Battery Show 2024, NCPOWER is poised to play a central role as a leader in lithium technology solutions. Our primary focus at this prestigious event is to expand our network and solidify our reputation as the ideal lithium technology partner for electric vehicles and energy storage systems.

We are committed to using this platform to connect with a broad spectrum of professionals, from innovative startups to large industrial conglomerates. Our active participation in the networking sessions and panel discussions will allow us to interact with potential partners and customers, better understanding their needs and expectations.

NCPOWER prides itself on its collaborative and customer-driven approach. During the event, we will highlight how our philosophy translates into greater efficiency, sustainability and value for our partners and their end-consumers. We will share our success stories and demonstrate how our cutting-edge technology can be a key player in the energy transition.

The dynamics of the battery market are constantly evolving, and being at the heart of this transformation requires not only keeping pace, but also leading change. The European electrification scene is an opportunity to consolidate key partnerships and distribution agreements that benefit all parties involved. At NCPOWER we are looking for partners who share the vision of an energy efficient and sustainable future.

Your Lithium Partner

At NCPOWER, we offer advanced energy storage solutions based on lithium technology. Our NCPOWER System stands out for its efficiency and performance, with optimal management of lithium batteries to prolong their lifespan and maximise their performance. In addition, we focus on safety and reliability with LifePo4 lithium cell technology, ideal for demanding industrial environments. We are committed to being your lithium technology partner, providing customised solutions and solid technical support at every stage of the process.

Battery Show 2024 promises to be an exciting event full of opportunities for the battery industry. We look forward to meeting you there and exploring how we can collaborate to shape the future of advanced battery technology.

For more information or to schedule a meeting during the fair, please do not hesitate to contact us via our contact form.

We look forward to seeing you at the Battery Show!

(Professional visitor's pass – Schedule a meeting – Contact)

The safety of lithium-ion batteries is a top priority at NCPOWER. While lithium-ion batteries are safe as a whole, with billions of cells produced each year, it is inevitable that failures will occur in some cases. It is therefore crucial to implement effective strategies to address these issues and ensure the long-term safety of batteries. We have a multi-layered safety system that is key to achieving this.

1. Working with the leading and safest lithium battery manufacturers. Choosing the best components for the manufacturing process.

NCPOWER carefully selects its battery cells from the world's leading manufacturers such as EVE y CATL. These manufacturers have a long history of producing high quality and safe batteries. In addition, NCPOWER uses only high quality components in its batteries, such as chargers and its unique and patented BMS (battery management systems) with the best technical features and finishes.

2. Production Quality Control and Ageing Tests

The production quality of batteries is critical to their long-term safety and performance. At NCPOWER, we ensure rigorous quality controls are carried out throughout the manufacturing process. 

This includes:

• Quality tests at the end of the production line
• Initial capacity testing 
• Impedance tests to identify possible faulty cells
• Certification testing to ensure compliance with safety standards 
• Long-term ageing tests to evaluate the performance of batteries under real-use conditions

While these tests are essential, they have the limitation of only assessing a point in time and do not reflect the actual conditions of use.

3. Battery Management System (BMS)

The Battery Management System (BMS) plays a crucial role in the short-term safety of batteries. 

In NCPOWER, our patented BMS performs several simultaneous functions: 

• Constantly monitors battery voltage, current and temperature
• calculates and monitors the state of charge (SOC) 
• Balances cells for safe operation

If values outside the set limits are detected, the BMS takes action to bring the system to a safe state. However, we recognise the limitations of the BMS in detecting anomalies and are constantly looking for ways to improve its performance and accuracy. In parallel, this is why we work at five layers, in order to ensure the maximum safety of our lithium-ion batteries.

4. Data Analytics in the Cloud

Adopting advanced technologies helps us ensure the long-term safety of our batteries. That's why we've implemented cloud analytics to complement the capabilities of the BMS. Our cloud analytics collect data from the BMS and use physical battery models and machine learning to predict ageing and detect long-term anomalies. 

This additional layer of security offers several advantages:

• It allows us to analyse ageing trends on a daily basis
• We can identify potential problems before they occur 
• We have the option of defining different analysis indicators
• We compare systems and can detect anomalies
• It allows us to take preventive measures 

By anticipating the potential risk of any battery, we can ensure the continued safety of each battery.

Cloud-based analytics complement the BMS and quality testing, providing business intelligence to mitigate risks throughout the life of the battery.

5. NCPOWER System

NCPOWER has developed a proprietary technology, the NCPOWER System. It is a battery management system that offers competitive advantages in several respects. 

It stands out for its numerous functions:

• OPTIMISES BATTERY PERFORMANCE
• PROLONGS BATTERY LIFE
• IMPROVES SAFETY AND PREVENTS FAILURES
• CONTROLS AND MANAGES LOADING AND UNLOADING
• PROVIDES ACCURATE BATTERY DATA
• ALLOWS REMOTE MONITORING
• BALANCES THE LOAD BETWEEN CELLS
• PROTECTS AGAINST EXTREME TEMPERATURES
• AVOID OVERLOADING AND DEEP DISCHARGE
• PROVIDES ALERTS AND NOTIFICATIONS

In short, the NCPOWER System offers a comprehensive solution to optimise batteries for increased performance, productivity, energy savings and service life.

It is a system that is configured according to the application and characteristics of the device. It can be configured according to the needs of each customer, which increases performance and extends the life of the battery with more recharge cycles. 

Our system allows remote monitoring of all the parameters of each battery, provides a system of alerts and collects all the data relating to its actual operation.

The NCPower System converts standard batteries into customised, intelligent packages, capable of delivering the safety, comfort and versatility our Partners need.

Conclusion

At NCPOWER, we are committed to the safety and reliability of our batteries. Our comprehensive safety strategies include production quality controls, a robust BMS and advanced cloud-based analytics. Thanks to these layers, we can ensure that our batteries meet the highest safety standards. 

Ultimately, our priority is to give our customers peace of mind that they are using safe and reliable batteries in all their applications.

The solar energy sector is at an exciting point in its evolution, and Intersolar Europe 2024 promises to be the epicentre of the latest trends, developments and business models in this rapidly growing field. With more than 30 years of experience, Intersolar Europe has established itself as the world's leading exhibition for the solar industry, connecting key players in a dynamic environment of exchange and collaboration under the motto "Connecting Solar Business".

What is the Intersolar 2024 Fair?

With an impressive 1,370 exhibitors, Intersolar Europe will occupy an exhibition space of 111,000 square metres at Messe München from 19 to 21 June 2024. 

Part of the innovative innovation hub The Smarter E Europe, this fair is much more than just an exhibition; it is a meeting point for manufacturers, suppliers, distributors, installers, service providers, project developers and start-ups in the field of solar energy.

NCPOWER will be present at Intersolar

For us, participating in Intersolar Europe 2024 represents an invaluable opportunity to expand our network and to share our vision and working philosophy within the sector. We are excited to participate in networking sessions and to explore possible strategic collaborations with other industry players.

Your Lithium Partner

The Intersolar Europe 2024 Fair promises to be an inspiring event full of opportunities for all stakeholders in the solar industry. We look forward to meeting you there and sharing ideas on how we can continue to move towards a brighter and more sustainable future for solar energy.

NCPower's solar PV energy storage systems offer a number of significant benefits. For one, they can apply Peak Shaving, which means levelling out peak electricity consumption, thereby reducing the amount of power purchased from utilities during peak power demand hours. 

In addition, these systems can play a key role in rural electrification, the creation of microgrids and the charging of solar vehicles. Their versatility and ability to adapt to a variety of applications make them an attractive solution for a wide range of industries and sectors.

(Professional visitor's pass – Contact for Free Entry)

Leveraging Big Data in lithium-ion battery asset management can reduce safety risks, save money and extend battery life, but all Big Data comes with challenges.

In the current era, the digital revolution has brought with it a powerful tool that is transforming the way companies operate and make decisions: Big Data. NCPOWER, a leading manufacturer of sustainable and customised lithium batteries for electromobility with headquarters in Murcia, has this technology for the optimisation of battery performance. 

NCPOWER's latest Big Data Center upgrade goes beyond simple data collection. It integrates artificial intelligence and machine learning to take decision-making to the next level. 

The role of Big Data in battery efficiency

Big Data is not simply a large amount of information; it is the ability to analyse, understand and utilise data on a monumental scale. For NCPOWER, this means that every aspect of its production, from battery design to the supply chain, is supported by advanced data analytics.

One way to understand this is to look at what the famous 5 Vs of Big Data mean: volume, variety, velocity, value and veracity. Each of these elements are essential and highlight the challenges in this area.

Let us look in more detail at the 5 V's mentioned above:

1. Volume

In the context of Big Data, "Volume" is about the magnitude of data, from Terabytes to Pettabytes. In the battery universe, battery management systems (BMS) generate data, and while a single BMS produces a manageable amount, the accumulation of historical data from multiple subsystems can reach Terabyte scales.

For example, a domestic PV storage system might have 1-4 modules (5kWh to 15kWh) sending data, while a large-scale battery storage unit might have thousands of modules and range from 50kWh to 500MWh sending data continuously. This increase in size and complexity can result in large volumes of data, presenting challenges for efficient storage and proper information management.

2. Variety

Having a large volume of data is challenging enough, but having variety within that data increases the complexity.

The data generated by batteries varies according to the application: a home storage system may provide information on current, voltage and solar energy, while an electric bus provides data on speed, power, voltage and current.

To address this complexity, it is vital to consider the variety of data from the initial stages of designing a data pipeline. Implementing concepts such as the 'data lake', a non-relational storage method, offers flexibility by supporting different data formats. This approach is essential to anticipate and manage the diversity of data that may emerge as new types of battery systems evolve and are introduced.

3. Speed

In the field of battery data processing, "Speed" is crucial to perform real-time or near real-time analysis. In battery systems, especially with more computationally intensive safety algorithms, the ability to compute quickly is essential to prevent critical failures.

Historically, the battery management system handled this speed internally, but now, with the evolution of algorithms and the need for faster analysis, cloud computing becomes essential. This allows speed to be maintained in the embedded BMS algorithms, avoiding delays in results and improving security.

4. Value

Having abundant data is only the first step; the real wealth comes from analysing this data effectively and being able to deliver value. This is where you unlock the potential to:

• Reducing security risks and related costs
• Information on key decisions in the supply chain
• Collateral monitoring
• Battery life extension

By analysing information continuously, unplanned downtime and other risks are avoided. In addition, it improves profitability and also benefits the environment.

In short, value is generated not only by having data, but by leveraging it to make informed, strategic decisions that strengthen the profitability and sustainability of battery assets:

We get clarity on the operational performance of batteries when compared to the manufacturer's specifications. 

• We analyse the expected value and whether there is an adequate return on assets.
• We see whether electrics meet the warranty conditions for end customers.
• In addition, we evaluate which battery suppliers perform best in their operating conditions and charging routines.

Continuous safety monitoring is also carried out to prevent critical failures and reduce operational risk. We use advanced ageing models based on machine learning to predict battery degradation with certainty, enabling the creation of robust business plans. 

5. Truthfulness

Data veracity can become challenging due to the wide variety and massive volumes of data. A voltage considered an outlier in one system may be completely normal in another.

To address this, it is crucial to add context to the Battery Management System (BMS) data through metadata describing the battery system. This metadata provides essential boundary conditions for future accuracy checks, ensuring that the data is interpreted correctly.

Understanding that battery data is embedded in the Big Data paradigm is the first step. Acting accordingly, by developing data channels that handle volume, variety and velocity, is critical to ensure accuracy.

Conclusion

In short, NCPower's latest Big Data Center upgrade represents not just a technological evolution, but a comprehensive strategy to address Big Data challenges. The company doesn't just collect data. It uses it effectively to make informed decisions, drive efficiency and lead the lithium-ion battery industry into a sustainable and profitable future.

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NCPOWERa leading manufacturer of lithium batteries for electromobility and energy storage based in Murcia, Spain, is pleased to announce its recent accession to the European Battery Association (BEPA), an initiative under the programme Horizon Europe of the European Union.

NCPOWER has officially joined BEPA, the Batteries European Partnership Association (BEPA), confirming its commitment to improving the competitiveness of the European battery industry. 

 With over 200 members, BEPA is a leading association dedicated to creating a competitive, sustainable and circular European industrial battery value chain for stationary and e-mobility applications. 

BEPA members will work together to prepare Europe to manufacture and commercialise by 2030 the next generation battery technologies that will enable the deployment of zero-emission mobility and renewable energy storage.

BEPA represents the private sector partnership of BATT4EU Partnerships, the co-programmed battery partnership launched by the European Commission under Horizon Europe. The partnership will mobilise more than €925 million to boost European research and innovation in the battery sector.

About BEPA

BEPA is a partnership born out of collaboration between the European Commission and battery R&D stakeholders. Its goal is to establish a world-leading innovation ecosystem by 2030. With more than 200 members in 23 countries, the association's main objective is to foster a competitive, sustainable and circular European battery value chain.

THE THREE MACRO OBJECTIVES OF THE BEPA

• Objective 1: Create the world's number one innovation ecosystem in the battery sector.
• Objective 2: Creating a competitive and sustainable European circular battery value chain
• Objective 3: Driving the transformation to a carbon neutral Europe

About NCPOWER

NCPOWER is a leading manufacturer of lithium batteries for a variety of applications, from electric mobility to energy storage. With a focus on innovation and sustainability, NCPOWER is committed to providing safe and efficient solutions that drive the transition to a cleaner, more sustainable future.

The benefits of NCPOWER's BEPA membership

Being part of the association brings us a number of exclusive benefits:

• Exclusive access to industrial research and development strategies.
• Direct view of impressive European research results.
• Significant contribution to the direction of battery research.
• Integration into a strong, innovation-focused industrial network.
• Comprehensive understanding of the value chain and its impacts.
• In-depth knowledge of the impact of cross-cutting innovations.
• Awareness of technological readiness.
• Close connections with other relevant European associations.
• Awareness of European regulatory requirements and conditions.

By joining BEPA, NCPOWER will actively contribute to achieving ambitious goals, including the drive towards climate neutrality in Europe by 2050. The partnership is focused on leading the battery industry across the entire value chain, from the development of differentiating battery materials technologies to manufacturing and cell design.

BEPA membership will allow us to collaborate with large companies such as Basquevolt, Volvo, Renault, Manz o Scaniaas well as energy giants such as Enel X y Fortumamong many research and engineering institutes, such as CICenergigune, Cidetecas well as others. With a total investment of 925 million euros in battery R&D, the sum of all these forces will be key to the future.

"Joining BEPA reflects our continued commitment to innovation and sustainability in battery development. We are excited to collaborate with other industry leaders and contribute to a more efficient and environmentally friendly future. Mario Nicolás Carcelén, CEO of NCPOWER

As part of this alliance, NCPOWER will work on developing technologies that improve the performance of batteries for electromobility and energy storage. Our experience in the energy sector and NCPOWER's innovative technology will allow us to continue to produce sustainable batteries with longer lifetimes.

This new milestone positions us at the centre of battery research and development in Europe, enabling the sharing of knowledge and resources crucial to address current and future energy and environmental challenges.

What will NCPOWER's role be in the BEPA?

The European Battery Association (BEPA) is organised in 5 working groups, each focusing on specific areas related to this key technology for the European economy. These groups were established with the purpose of identifying research and innovation (R&I) investment priorities and ensuring uniform progress in all areas.

1. Raw materials and recycling
2. Advanced materials and manufacturing
3. End use and applications
4. Security and Reliability
5. Sustainability

NCPOWER is part of Working Group 3: End-use and applications of batteries. This team focuses on R&I in battery systems for transport and mobile applications, such as road, air, rail and water transport. It also addresses energy storage, including the second life of batteries, developing new technologies at the battery system level and taking into account mechanical, electrical, hardware and software management aspects.

The objectives of the Task Force for 2030 are:

• Facilitate cost-effective electrification of various transport and mobile applications.
• To boost the competitiveness of the European battery industry in the transport market.
• Improve battery performance, life and reliability.
• Reduce the costs associated with the design, manufacture and testing of Battery Management Systems (BMS).
• Decrease management costs at the end of battery life.
• Ensuring the safety and technical reliability of battery applications in different modes of mobility.

Through these collaborative efforts, we seek to develop affordable and sustainable battery solutions to promote green mobility in Europe.