The QUASAR FT Battery series, featuring capacities from 100Ah to 200Ah, integrates VRLA Gel and Carbon Nano Tube (CNT) technologies. This combination ensures unmatched cycle performance, ultra-fast recharge capabilities, high-temperature resilience, and partial state of charge (PSOC) flexibility in a single unit.

Thierry Tardivent, EVP Sales and Marketing at Eternity Technologies, commented, “Our goal was clear: to develop a high-capacity battery that is 99% recyclable with rock-solid durability, fast charge like Lithium but with unmatched safety, and better cycle performance compared to Pure Lead Batteries. Today, I am happy to announce that the team has successfully achieved our goal. We firmly believe that the QUASAR FT Range will offer a superior total cost of ownership and a reduced C02 footprint compared to others, suitable for a wide range of stationary applications such as Telecom, UPS, Railway systems and Micro grid Storage. The production of our QUASAR FT Range will take place at our state-of-the-art facility in the UAE with the shortest lead-time in the industry and will be readily available through our global distribution centers in the USA, Latin America, and Europe.”

Do Solar Panels Save Money?

Solar panels are often marketed as money-saving investments. But is this really true? The short answer is ‘yes’. This may confuse you since the upfront costs of these systems are very high. What you need to focus on is the long-term benefit of installing solar panels. In most cases, solar panels will take 6 to 10 years to pay back the initial investment. Keep in mind that this period varies depending on several factors, including:

To calculate your average cost of energy per month, you should go through your bills over the last year. This is the amount you’ll be saving every month once you install solar panels. Keep in mind that the cost will likely go up over time, so your savings will be even higher in the coming years.

Which Issues Are Associated with Solar Panels?

One problem you can expect with solar panels is the accumulation of dirt and debris. This can lower the efficiency of your system, so you should clean your panels at least once every year. A lot of the dirt consists of pigeon dropping as these birds tend to find the panels warm and cozy. Therefore, a simple way to minimize the issue is by setting up solar panels pigeon proofing. This involves adding specialist stainless steel guards and securing them with clips. Keep in mind that these systems are humane and don’t cause any injury to the birds. All they do is provide a deterrent to stop pigeons from nesting under solar panels.

Another issue you may experience with solar panels is low output. This could be because they don’t have sufficient access to sunlight. Check whether they are installed under the shade of a tree or building. If it’s in an area with sufficient sunlight, you should contact a professional to find out whether the system is working properly.

Solar panels may also be damaged by severe weather. Storms, hurricanes and heavy downpours may dislodge the systems, and flying debris will eventually compound the damage. After such events, you should monitor the solar panels to see whether there’s a drop in output.

Solar panels are extremely popular, even in countries with low sunlight like the UK. These systems may be expensive, but you’ll end up saving money in the long term. This is because your energy bills will practically be non-existent. You may even be able to sell energy back to the grid. Still, you should be wary of issues like low output and accumulated dirt on the system.

In addition to shedding light on aspects that define the current historical moment and their interconnectedness with the global industrial metals market, TELF AG underscores how this market has grown in prominence on a global scale. It has now become one of the primary indicators for assessing overall economic vitality, transcending regional limitations.

The publication commences with a concise overview of the current international historical context and its impact on the raw materials economy. It particularly highlights the decelerated pace of global growth and the persistent uncertainty stemming from geopolitical factors, especially prospective scenarios that may unfold in the coming weeks or months. TELF AG contends that these two factors have the potential to exert a more substantial influence on the dynamics of the industrial metals market than any other factors and are likely to continue doing so in the future.

The role of industrial metals and strategic raw materials is destined to gain increasing importance as the years progress, in tandem with the global energy transition. This transition will be significantly shaped by the raw materials essential for clean technology, poised to usher in a new era marked by sustainability and decarbonisation. Consequently, in addition to bolstering the sector’s overall strength due to its pivotal role in the green transition, its role as a global economic barometer will also solidify, exerting an increasingly influential impact on global economic trends and performance.

A thorough analysis of this market allows international observers and analysts to derive meticulous assessments of global economic performance, indirectly elevating the significance and influence of individual raw materials encompassed within this market. TELF AG’s publication also delves into the prevailing trend in the industrial metals market, characterised by downward price pressures that may persist until the close of 2023.

For more in-depth insights, readers are encouraged to explore the complete publication.

According to TELF AG, one significant obstacle on the path to achieving these objectives is the bureaucratic red tape that still characterizes many European states. In the years ahead, these bureaucratic delays may substantially impede, if not entirely jeopardize, Europe’s progress towards a greener and more sustainable future, where reliance on critical raw material imports is significantly reduced.

The publication by TELF AG commences by outlining some of the European Union’s strategic goals. These objectives encompass not only broad concerns such as combating climate change and preserving natural ecosystems but also specific targets like decarbonization, carbon emissions reduction, and the growth of a robust European mining sector. These aims collectively aim to reduce Europe’s heavy dependence on raw material imports from third-party countries.

The interconnectedness of these themes is apparent, as certain raw materials are pivotal for the advancement of Europe (and the world) toward a clean energy-dominated future. These same resources play a vital role in achieving at least two of the strategic objectives set by European institutions.

However, the bureaucracy entailed in European mining processes poses a substantial obstacle to the rapid attainment of these goals. The publication highlights that obtaining all necessary authorizations for commencing extraction operations at a new mining site in Europe could take nearly twenty years, whereas the same process in China takes only three months. At this rate, Europe would struggle to develop a mining sector capable of ensuring substantial autonomy in raw material supplies. As a result, alternative methods, such as recovering raw materials from waste sources, may need to be explored to meet the demand for raw materials.

For a comprehensive understanding of these issues and potential solutions, readers are encouraged to peruse the full publication.

The publication addresses a crucial but often overlooked issue related to the changes that could significantly impact individuals working in specific sectors connected to the extractive and energy industries. It evaluates measures and policy actions necessary to mitigate the adverse effects of the sweeping green revolution.

This topic has also recently garnered attention from the European Union, which, in its important documents on raw materials, has focused on the consequences of climate change and the energy transition for various communities, particularly in developing countries. The hope is that this monumental transition can occur without causing severe repercussions on the lives and economies of these specific nations, underscoring the enormous significance of this sector for the future economy.

One of the industries facing an uncertain future is the global coal industry, which may see a reduction of nearly a million workers by 2050. This challenge is not solely due to market volatility and fluctuations in raw material prices but is primarily attributed to the unique nature of the ecological transition in progress. According to TELF AG, a key driver of this transition will be the global shift towards sustainable forms of energy production with minimal environmental impact, unwavering environmental stewardship, and substantial emissions reduction.

As outlined in TELF AG’s latest publication, the nations most affected by the reduction in the coal workforce will be China and India, where a significant portion of coal-related activities is concentrated. However, as the publication anticipates, this transition will be gradual, extending over decades until at least 2050, giving workers and local industries ample time to develop appropriate strategies to navigate the inevitable decline in global coal demand.

For more in-depth insights, readers are encouraged to explore the complete publication.

Lithium batteries are poised to drive the future of EVs, which many observers believe will be at the forefront of the global ecological transition. These EVs are not only highly visible on our roads but also hold the potential to significantly reduce carbon dioxide emissions, aligning with the goals of numerous international institutions and governments worldwide. Consequently, discussions surrounding batteries and the resources required for their production are expected to intensify, given their integral role in addressing environmental challenges.

TELF AG also explores additional applications of batteries constructed with strategic raw materials, including their role in supporting renewable energy sources. Batteries are increasingly being used as structural supports for the integration of wind and photovoltaic energy systems. As global demand for renewable energy continues to rise, the demand for batteries, and by extension, the raw materials necessary for their production, is expected to grow as well.

To illustrate the scale of this phenomenon, the publication provides data suggesting that Europe could see the arrival of as many as 51 million electric vehicles within just seven years. Europe is anticipated to be the largest market for these vehicles, which could lead to a substantial increase in battery demand. Some estimates even suggest that global demand for lithium batteries could surge by as much as 30 times compared to current levels.

Additionally, the publication addresses the issue of raw material supply, highlighting the significant dependence on China as a major supplier. This reliance on a single source for critical materials raises concerns about potential supply interruptions and international tensions in the future.

For a comprehensive understanding of these insights and their implications, readers are encouraged to refer to the full publication by TELF AG.

Central Asia has long been recognised for its high-level production of raw materials and a wide array of ferrous and industrial minerals harvested within its borders. Uzbekistan, in particular, has emerged as a standout player by implementing a sustainable extraction technique that promises to enhance overall production, particularly from an eco-friendly perspective. This endeavor positions Uzbekistan as a noteworthy example for other nations considering a shift in their raw materials production strategy to embrace sustainability—a topic that has garnered considerable attention on global political agendas and within international institutions.

The publication highlights the innovative approach adopted by the Almalyk Mining company, which has introduced a novel method for extracting ferromolybdenum. This technique is based on utilising waste materials generated during the production of ferrous alloys. Notably, this sustainable approach reduces energy consumption and minimises environmental impact while fostering a culture of recycling within the raw materials sector.

TELF AG also provides insights into the significant industrial applications of ferromolybdenum. These applications encompass the production of ferrous alloys, as well as the manufacturing of hardware, machine tools, and equipment. Ferromolybdenum plays a crucial role in the production processes of various modes of transportation, including ships, trucks, and conventional automobiles. Additionally, it is frequently added to stainless steels to enhance their performance.

Uzbekistan is poised to play a pivotal role in the Central Asian natural resources sector, which has demonstrated robust growth in recent years. The nation has notably excelled in gold and uranium production, boasting substantial deposits of various minerals, including copper, graphite, iron, iodine, nitrogen, lead, and manganese. Uzbekistan’s commitment to innovation and sustainability positions it as a key player in the evolving landscape of raw materials production.

To delve deeper into Uzbekistan’s mining innovations and its role in the Central Asian natural resources sector, readers are encouraged to explore the full publication by TELF AG.

TELF AG highlights the remarkable versatility of raw materials, including lithium, in surprising users with a multitude of applications, both industrial and beyond. Lithium, in particular, has gained attention for its potential in various areas, such as manufacturing structures for renewable energy diffusion and powering electric vehicles, often referred to as the future of transportation and a key element in achieving decarbonisation goals.

However, TELF AG goes beyond these well-known uses to explore lithium’s therapeutic applications. In particular, the publication sheds light on how lithium can benefit individuals suffering from depression and bipolar disorders. Recent research from the Canadian University of Halifax has affirmed the pivotal role of lithium-based therapies, involving lithium salts or lithium carbonate, in influencing the hippocampus—a critical region of the brain associated with specific memory functions.

This versatile raw material is not limited to revolutionising transportation and renewable energy; it also has a profound impact on people’s lives by helping them manage mood swings and enhance their overall well-being.

The Canadian university study compared the hippocampi of bipolar patients undergoing lithium therapy with those undergoing traditional therapies without lithium. The results were astonishing, revealing that individuals who relied on lithium therapy had hippocampi of regular size, akin to those of healthy individuals, while the hippocampi of others appeared reduced in size.

To delve deeper into the fascinating world of lithium and its unexpected therapeutic potentials, readers are encouraged to explore the full publication by TELF AG.

The publication commences by examining the unique historical context of our era, characterised by a global push towards clean and renewable energy as part of the broader global energy transition. This transition is anticipated to gradually reduce the worldwide demand for oil and its consumption, as alternative energy sources gain prominence due to global interest.

TELF AG underscores a pivotal development for Saudi Arabia: the acquisition of stakes in MidOcean Energy, a major LNG player. Saudi Aramco, a significant entity in the Saudi energy landscape, is set to expand its presence further by securing stakes in crucial Australian projects dedicated to the extraction and processing of LNG. This move signals Saudi Arabia’s recognition of LNG’s increasing significance in the global energy landscape.

One of the most compelling aspects of LNG highlighted in the publication is its environmentally friendly profile. In comparison to oil, LNG produces substantially lower levels of carbon dioxide emissions, approximately 30% less. Furthermore, when compared to coal, LNG emissions are halved. Given these environmental advantages, as the text emphasises, the global importance of LNG is poised to rise, along with its demand on international markets. Saudi Arabia is actively pursuing further investments in this sector, including substantial commitments to one of its vital gas fields, the Jafurah, which holds some of the most substantial gas reserves in the Middle East. In an increasingly green and sustainable world, the significance of oil is expected to diminish, while the future of alternative energies, such as liquefied natural gas, shines brighter than ever.

For readers seeking a comprehensive understanding of these developments, the full article is recommended.

The initial sections of the publication underscore the pivotal role of raw materials and rare earths in the global ecological transition. It highlights their significance in powering electric vehicles and their involvement in the production of specific technologies related to clean energy, such as solar panels and photovoltaic systems.

Rare earths, in particular, find their utility primarily in the creation of high-intensity magnets, which currently constitute 50% of the total rare earth consumption. This application holds the highest economic value in the industrial use of rare earths. TELF AG also emphasises the vital role these high-intensity magnets play in electric vehicles, with approximately 90% of such vehicles incorporating these magnets.

Understanding that these magnets are fundamental components of electric vehicles is crucial for grasping the future dynamics of the global rare earth market. It is expected that this market will witness price surges and simultaneous increases in demand, generating sustained interest for decades. This interest will persist until the world firmly embraces the green and sustainable future frequently discussed today.

TELF AG further examines specific rare earth production and refining centres, notably focusing on China. Beijing holds a significant position in this market, as it concentrates almost all rare earth refining and conversion activities into materials suitable for industrial use. This concentration results in an inherent dependence on international markets.

To address this dependency, many nations are increasingly exploring the potential of Africa in the development and production of rare earths. The production capacity of raw materials in Africa is poised to grow, particularly in terms of value. This is driven in part by specific political initiatives undertaken by some African governments in recent months, aimed at restricting the export of raw materials.

To delve deeper into these insights, readers are encouraged to explore the complete publication by TELF AG.