As the world is moving towards green renewable energy, there is a growing need for sustainable efficient, long-lasting, and environmentally energy storage. Replacing these batteries are the advanced energy storage that uses charges electrostatically by Emtel Energy. Traditional lithium-ion batteries have been the foundation of energy storage for decades, powering everything from portable electronics to electric vehicles.
However, when the limitations of these lithium-ion batteries and other traditional batteries became more apparent, Emtel Energy with Enercap are leading the charge with innovative alternatives that outperform their predecessors in every aspect – cycle life, efficiency, safety and environmental impact.
In this blog, we will explore how Emtel Energy’s advanced energy storage solutions for the Telecom industry, IT industry, Residential and Commercial Use, and Powering Remote Areas is possible with ENPACK (Containerized Solution), ENWALL, ENSEGA (Advanced Energy Storage for Car Batteries, Marine, and Military Applications), ENCAP, and ENLIGHT (sleak streetlight or surveillance module) are paving the way for a future free from limitations of traditional batteries.
The Challenges of Traditional Lithium-Ion Batteries
Lithium-ion batteries are widely used all over the globe, and are fraught with several limitations. These challenges become even more demanding as we rely more heavily on renewable energy, which demands more robust and reliable energy storage solutions.
Some of these limitations of lithium-ion batteries include:
Limited Lifespan of Traditional Lithium-Ion Batteries
One of the biggest limitations of lithium-ion batterie is the degradation of the lithium-ion batteries over time. With most available for use offering maximum between 5000-6000 charge and discharge cycles. After this point, their efficiency begins to drop significantly, making them less viable for long-term applications. For industrial or grid energy storage, this becomes a significant drawback that requires frequent replacements which not only adds to the operational costs but also increases environmental waste.
Depth of Discharge (DoD) Issues with Traditional Lithium-Ion Batteries
The depth of discharge of a battery refers to the percentage of energy that can be discharged relative to the battery’s total capacity. Lithium-ion batteries typically have a DoD of around 89% meaning a portion of the battery’s energy remains unused to prevent premature wear. This limitation restricts their usable capacity and makes energy storage less efficient, particularly for applications like renewable energy where every bit of stored power counts.
Safety Concerns with Lithium-Ion Batteries
Lithium-ion batteries are prone to thermal runaway- a state where an increase in the temperature can lead to overheating, fire or even explosions. This risk is heightened when batteries are damaged or inappropriately handled. Such dangers are a major concern in large-scale applications like electric vehicles, energy grids, or industrial use, where safety is paramount.
Environmental Impact of Traditional Batteries
Traditional Batteries like lithium-ion batteries relies on materials like cobalt, nickel and lithium, the extraction of which has significant impacts on the environment. The extraction of these minerals leads to deforestation and other environmental related issues. A need for more renewable energy sources, the need for cleaner greener energy was required.
These deficiencies lead to the search for better alternatives to traditional batteries where Emtel Energy advanced energy storage solution step in.
Emtel Energy Solution for all Industries
Enwall: Residential & Commercial Energy Storage Solution
Enwall is a pioneering energy storage solution designed to provide energy independence to homeowners and businesses. This system consists of an inverter, energy storage and providing energy when needed. ENWALL integrates into the homes and storage energy. Can be charged from grid and solar panels and comes with wall mounting feature. An incredible 500,000 lifecycles are associated with ENWALL which far exceeds the capabilities of lithium-ion batteries.
While the lithium-ion cells start degrading after a few thousand cycles, ENWALL remains in peak performance without degradation for years. This longevity is a highly cost saving feature of Enwall. Choose to live remote with enwall. With no chemical reaction in the energy storage there’s no or zero maintenance required.
Furthermore, Enwall is sleek and has a 100% depth of discharge (DoD), meaning users can fully use all its total capacity. Where a traditional battery needs to restrict usage to preserve the cells, Enwall’s ability to charge and discharge fully makes it an excellent energy storage solution for applications where maximum energy output is critical, such as renewable energy integration.
Another crucial feature of Enwall is the wide operating temperature it can perform at, from -30°C to +65°C (-22°F to 149°F) where it can be deployed from remote locations such as deserts to glaciers.
ENCAP Energy Storage Modules:
Encap is one of the flagship products of Enercap. Emtel Energy is the global distributor of Enercap. Enercap is the pioneer in the field of energy storage. It differentiates itself from a traditional battery and is highly cost-efficient. Made from 100% recyclable material, Encap energy storage solution provides a level of efficiency, safety and durability that cannot be matched by traditional lithium batteries.
Encap uses encapsulated cells that charge electrostatically, not electrochemically. All of the products of the Enercap that Emtel Energy promotes use the same technology. It means that the energy storage is not reactive, no chemical reaction is taking place in it. Encap has different variants, one very prominent is 10kWh which is used for a variety of applications.
Incredible 99.1% round trip efficiency, make sure virtually all the energy stored in the ENCAP module can be retrieved for use. This is one of the starkest contrasts to the lower efficiency rates found in lithium-ion systems where energy is lost due to internal resistance and heat generation, Making the Encap energy solution ideal for usage.
Used widely for Uninterrupted power supply and operational in temperatures ranging from -30C to +60C with 100% recyclable material, it is contributing to the green initiatives by Emtel Energy. Variety of uses in IT, Telecom, and other power sectors. The applications of Encap are limitless. Various small and medium-range to large-scale power energy needs are also possible with ENPACK, where a containerized solution that can also be customized is possible with ENCAP.
A variant called the Micro Econo 7.1 kWh 48V module is specially designed for the Telecom industry. Encap is the most advanced supercapacitor-based energy storage solution that combines with other Encap modules to enhance the overall capacity required. These along with Encap 10kWH are rackable in ENRACKs, where a customized power solution is drafted and catered to the clients.
Efficiency and Sustainability: Emtel’s Core Values
Emtel Energy’s commitment to efficiency and sustainability extends beyond the performance of its products. The material used in the products, especially in energy storage is eco-friendly. The products do not require materials such as cobalt, which is found commonly in lithium-ion cells. This reduces the reliance on harmful materials and contributes to a cleaner supply chain and a more sustainable product lifecycle.
Not only that, the extended lifespan of all of the products of Emtel Energy including ENSEGA, ENCAP, and ENWALL reduces the frequency of replacements of these energy storage solutions. While delivering superior performance the supercapcitor-based energy storage is designed to minimize the environmental footprint impact on the planet.
Real-World Applications of Emtel Energy’s Products
Emtel energy’s products are already being used across a wide range of industries and use cases. From residential solar energy storage to powering industrial sites, Encap provides high-performance energy solutions. Their applications includes transportation, healthcare, marine and telecommunication industries where traditional batteries often fall short in meeting modern demands. In particular, Emtel Energy’s products are ideal for renewable energy projects. As more businesses and governments aim to decarbonize their operations, having reliable and efficient energy storage solutions becomes critical. By storing excess energy produced by solar panels and wind turbines, ENCAP allow for consistent power availability, even when renewable sources fluctuate.
The Future of Batteries
The future of batteries is at risk because supercapacitor-based energy storage solutions are making it way easier for consumers to store energy in a much safer way. The benefits of using encapsulated cell technology like Encap is longevity, 100% depth of discharge, 99.1% round trip efficiency, No thermal runaways, and 100% recyclable material of the energy storage modules. This is an ideal alternative to lithium or any other traditional batteries. By embracing innovation and pushing the boundaries of energy storage technology, Emtel Energy is not only meeting the needs of today but also shaping the future of energy for generations to come with safer, greener solutions.
