Skip to content KRL | Custom Lithium Battery & Energy Storage(BESS)Manufacturer
Engineering the future of extreme-density, intrinsically safe power. Delivering breakthrough 360Wh/kg+ energy density for aerospace, commercial robotics, and grid-scale energy storage. Backed by 20 years of source manufacturing expertise.
When the physical and chemical limits of traditional liquid lithium-ion batteries bottleneck your product's potential, KRL Power delivers the breakthrough. As a 20-year source manufacturer, we engineer commercial-ready solid-state and quasi-solid-state batteries designed to shatter existing energy ceilings. By replacing volatile, flammable liquid electrolytes with highly conductive, intrinsically safe solid or semi-solid networks, we provide a revolutionary power foundation. Engineered for elite OEMs and system integrators, our advanced Battery Types achieve staggering gravimetric energy densities exceeding 360Wh/kg, offering the ultimate power-to-weight ratio for next-generation aerospace, commercial UAVs, and high-performance mobility.
Traditional liquid electrolytes are the root cause of thermal runaway. KRL’s quasi-solid and solid-state architectures eradicate this risk at the chemical level. Capable of passing the battery industry’s most brutal abuse protocols—including severe nail penetration and high-impact crushing tests—our cells will not ignite or explode. Beyond intrinsic fire safety, these batteries maintain robust discharge curves across an extreme operational temperature range of -30°C to 55°C. Combined with our proprietary "Zero-Accident Architecture" Battery Management System (BMS), we provide bulletproof reliability for military, medical, and grid-scale environments where failure is simply not an option.
314Ah High-Safety Hybrid Solid-Liquid Energy Storage Battery,Superior Safety Performance Compared to Conventional Liquid-State Batteries
Transitioning next-generation technology from the laboratory to mass production requires a true manufacturing powerhouse, not a trading middleman. KRL Power operates a fully integrated R&D and automated production hub. We offer complete B2B customization—from ultra-thin solid-state pouch cells for spatial computing (AR/VR) to massive 280Ah and 314Ah quasi-solid prismatic cells engineered specifically for 600V+ containerized Energy Storage Systems (ESS). Partner directly with our factory to bypass supply chain bottlenecks, secure strictly confidential prototyping, and accelerate your global product launch with fully certified (UN38.3, UL, CE) technology.
Compared with conventional liquid-state 314Ah batteries, the KRL hybrid solid-liquid battery significantly delays thermal runaway propagation.
Test Results:
Customer Benefits:
This makes the battery highly suitable for large-scale commercial energy storage systems where thermal management is critical.
KRL’s advanced hybrid electrolyte structure maintains exceptional stability during extreme abuse testing.
Test Performance:
By contrast, conventional liquid-state batteries generated smoke and reached temperatures up to 180°C during the same nail penetration test.
Why This Matters:
In real-world ESS applications, internal short circuits caused by vibration, manufacturing defects, or mechanical damage can trigger catastrophic failures. KRL’s hybrid solid-liquid design dramatically reduces this risk.
Short circuit safety is one of the most important indicators for utility-scale battery reliability.
KRL SHS180-314 Results:
Conventional Liquid-State Battery:
System-Level Advantages:
Traditional liquid lithium batteries face increasing challenges in high-capacity ESS deployments, including:
KRL’s hybrid solid-liquid battery architecture combines the advantages of both solid-state safety and liquid-state conductivity, delivering:
This technology represents a major step toward safer next-generation battery energy storage systems.
The KRL Power SHS180-314Ah is a next-generation hybrid solid-state lithium battery engineered for high-performance ESS applications. Utilizing proprietary nano solid electrolyte technology, this 314Ah battery delivers exceptional thermal stability, enhanced safety, ultra-long cycle life, and reliable 1P continuous charge/discharge capability for demanding commercial and industrial energy storage environments.
Partnering with KRL Power for solid-state or quasi-solid-state batteries means gaining access to next-gen battery expertise, proven R&D capabilities, fast-turn engineering support, and a globally recognized lithium battery supply chain. Our solutions are ideal for forward-looking enterprises in EV manufacturing, renewable energy storage, aerospace technology, smart wearables, and more. With a commitment to performance, safety, and scalability, we help our clients stay ahead in a fast-evolving energy landscape—building the foundation for more intelligent, compact, and sustainable power solutions.
Advanced Lithium Technologies for Safer, Denser, and Future-Oriented Power Solutions
Solid-state and quasi-solid-state batteries represent the next generation of lithium energy systems, offering major improvements in safety, energy density, and long-term reliability. For enterprise clients seeking high-performance, compact, and secure energy sources, these advanced chemistries are ideal for cutting-edge applications in medical, aerospace, robotics, and premium mobility sectors.
Land resources and installation space are hidden costs in every energy storage project. The KRL Solid-State ESS, powered by KRL’s revolutionary high-energy-density cells, achieves a massive leap in power capacity within the exact same footprint. Compared to traditional LFP (Lithium Iron Phosphate) systems, our solution not only drastically reduces your project's physical footprint but also delivers unparalleled resistance to cycle degradation thanks to advanced solid-state electrolytes. This ensures your system maintains peak usable capacity over a 10 to 15-year operational lifespan, creating a massive ROI advantage over your competitors.
Top-tier battery cells demand top-tier intelligence. KRL’s proprietary, industrial-grade Battery Management System (BMS) provides millisecond-level protection for KRL Power solid-state cells. Through seamless integration of edge computing and cloud-based data platforms, the system enables precise cell-level SOC/SOH estimation and dynamic balancing,. Say goodbye to reactive "break-fix" maintenance. Our smart platform delivers Predictive Maintenance alerts, allowing you to monitor multi-site asset health in real-time via mobile devices or central control rooms—drastically slashing your manual inspection costs and overall OPEX (Operating Expenses).
In highly demanding C&I and heavy industry applications, safety leaves no room for compromise. The KRL solution offers an industry-exclusive "Dual Safety Guarantee":
Uncertain about your future energy demands? No problem. The KRL Solid-State ESS features a highly forward-looking modular and standardized design. Whether operating as a standalone cabinet or paralleled into a Megawatt (MW) cluster, the scaling process is as simple and efficient as snapping together Lego bricks.
Our Factory Pre-commissioning approach compresses on-site installation time to an absolute minimum, achieving true Plug-and-Play readiness. Run a small-scale pilot today for quick ROI, and seamlessly scale up tomorrow to support industrial upgrades—KRL scales effortlessly alongside your business growth.
Our Solid-State and Quasi-Solid-State Batteries represent the next generation of energy storage technology—offering exceptional safety, ultra-high energy density, extended cycle life, and superior thermal stability. Built with solid or semi-solid electrolytes, these batteries eliminate leakage risk, improve compactness, and reduce fire hazards—making them ideal for high-value and high-risk applications. From aerospace and medical implants to next-gen EVs and smart devices, these batteries are enabling a safer, more efficient energy future.
Due to their safety and energy density, solid state batteries are seen as the next-generation power source for EVs, supporting longer driving ranges, faster charging, and higher power output.
Solid state batteries excel in extreme environments, withstanding high temperatures and vibration, making them ideal for satellites, drones, tactical radios, and portable military systems.
With their ultra-thin, customizable form factor, they power smartwatches, AR/VR glasses, and wearable sensors, enabling safety and efficiency in compact devices.
In medical implants, patient monitoring, oil exploration tools, and thermal control systems, solid state batteries deliver high-reliability energy under critical conditions.
Looking for efficient power solutions without long lead times? Our Solid-state and Quasi-solid-state Battery series offers advanced safety, higher energy density, and enhanced thermal stability, making them ideal for next-generation electric vehicles, aerospace systems, and high-reliability energy storage.
As your reliable new energy system integration partner, KRL offers end-to-end turnkey services—from requirement analysis and BMS/PACK design to global logistics and lifecycle maintenance.
Ready to future-proof your energy systems? Contact the KRL engineering team today for a free technical assessment, a customized ESS proposal, and our latest pricing schedule.
Traditional lithium-ion batteries use liquid electrolytes, which are flammable and prone to thermal runaway under stress or puncture. Our systems, powered by KRL’s in-situ solid-state technology, replace the highly volatile liquid with a solid/semi-solid electrolyte. This fundamental physical change dramatically increases the thermal threshold, ensuring the battery will not catch fire or explode even under extreme conditions like overcharging, crushing, or short-circuiting.
While the initial Capital Expenditure (CapEx) for semi-solid state batteries may be slightly higher than standard LFP systems, the Levelized Cost of Energy (LCOE) is significantly lower. Our systems offer a vastly extended cycle life, drastically reduced HVAC cooling costs (due to superior thermal stability), and near-zero downtime in harsh environments. For heavy machinery and C&I applications, the long-term operational savings far outweigh the initial investment.
Absolutely. KRL is not just a component supplier; we are a global system integrator. Our expert engineering team designs custom BMS (Battery Management Systems) and PACK architectures tailored to your specific voltage, capacity, and physical space requirements. We provide seamless "plug-and-play" integration for existing heavy machinery, marine vessels, and commercial microgrids.
One of the greatest advantages of our powered systems is their extreme cold resilience. Unlike traditional batteries that suffer severe capacity loss below freezing, our semi-solid state cells maintain high discharge efficiency and structural integrity in temperatures as low as -30°C (-22°F). Your heavy equipment will start reliably and run longer, even in arctic conditions.
Lead times vary based on system customization (typically 6-12 weeks for standard C&I blocks). As a globally operating integrator, KRL provides end-to-end supply chain management. We offer comprehensive international warranties, predictive maintenance protocols via our advanced BMS, and prompt technical support to ensure your operations never miss a beat. [Contact us] with your project specs for a precise timeline.
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