Professional Battery Solutions for Infusion Pumps
From hospitals to emergency care and home healthcare applications, our solutions ensure stable and precise medication delivery under all conditions.
Applications of Infusion Pump Batteries
Infusion pumps are widely used across healthcare scenarios including:
Hospitals and intensive care units
Emergency medical services
Oncology and long-term treatment systems
Home healthcare and portable medical devices
These systems require consistent power output, compact design, and high safety standards. KRL Power batteries are engineered to meet these demands with medical-grade performance and durability.
KRL Power Technology: Built for Critical Medical Use
KRL Power integrates advanced energy storage technologies to deliver reliable battery systems for precision medical devices.
Our solutions ensure:
Stable voltage output for accurate dosing
Long cycle life for reduced replacement frequency
Fast charging for emergency readiness
Intelligent protection for patient safety
KRL PowerTechnologie de base
Advanced Medical Lithium Battery Solutions by KRL Power
As a vertically integrated 20-year source factory, KRL Power engineers highly reliable, medical-grade lithium battery systems. Our industry-leading power solutions are trusted globally across critical healthcare environments, including hospital ICUs, emergency transport vehicles, oncology wards, and home care settings.
By partnering directly with our manufacturing base, global medical equipment developers guarantee safe medication delivery, seamless system integration, and zero-downtime performance for critical life-support devices such as infusion pumps, ventilators, and oxygen concentrators.
Batterie sur mesure pour concentrateur d'oxygène, 14,4 V, 6 700 mAh
Conçue pour offrir des performances optimales à des températures extrêmement basses, elle garantit une alimentation électrique stable et ininterrompue pour les concentrateurs d'oxygène spécialisés utilisés dans des environnements d'exploitation exigeants.
Batterie ternaire pour respirateur médical, 14,8 V, 4 400 mAh
Équipé de batteries UR18650 haut de gamme dans un format extrêmement compact (155 × 75 × 22 mm). Entièrement conforme à la norme GB/T 18287-2000 afin de garantir une assistance respiratoire sûre et stable.
Batterie compacte pour respirateur, 11,1 V, 2 200 mAh
Une configuration 18650-3S1P ultra-légère (71 × 56 × 19 mm) offrant un stockage d'énergie sécurisé et une puissance de sortie hautement fiable pour les appareils respiratoires portables.
Batterie pour respirateur avec BMS intelligent, 10,8 V, 3 180 mAh
Pesant seulement 160 g, ce pack haute capacité intègre des cellules NCR18650BD haut de gamme et un système de protection BMS intelligent afin d'offrir une solution d'alimentation à sécurité intégrée pour les ventilateurs de pointe.
Batterie pour ventilateur à cellules Samsung 10,8 V 6,4 Ah
Logée dans un boîtier robuste de qualité industrielle doté d'une communication SMBus intégrée. Conçue à partir de cellules Samsung 18650 hautement sûres, elle offre une durée de vie exceptionnelle et des performances stables à long terme.
Batterie médicale portable avec système de gestion de batterie (BMS) avancé, 14,4 V, 6,7 Ah
Optimisé pour les appareils médicaux portatifs et les ventilateurs portables, il intègre des batteries 18650 robustes, des protocoles de communication SMBUS fluides et un système de gestion de batterie (BMS) avancé pour une durée de vie opérationnelle prolongée.
Why Top Medical Device Brands Choose KRL Power
As a vertically integrated, 20-year source factory, KRL Power bypasses intermediaries to deliver unparalleled engineering direct to your production line. Our infusion pump batteries are custom-engineered for extreme reliability in critical care environments.
Uncompromising Medical-Grade Safety
Our in-house production facilities strictly adhere to ISO13485 and IEC60601-1 standards, ensuring flawless compliance and absolute safety for clinical infusion systems globally.
Extended Clinical Runtime
Engineered with advanced, high-energy-density cell chemistry, our packs deliver 8 to 14 hours of continuous power, providing a critical safety net for complex, long-duration drug delivery operations.
Advanced Multi-Layer Protections
Our proprietary Battery Management System (BMS) provides active, intelligent defense against overvoltage, overcurrent, short circuits, and thermal fluctuations—guaranteeing 100% safe medication delivery.
Intelligent Telemetry & Power Management
Equipped with smart communication protocols (like SMBus), our batteries offer highly accurate capacity tracking and predictive alarms, completely eliminating unexpected power drops during patient care.
Rapid Emergency Charging Technology
Designed for the fast-paced hospital environment, our optimized packs can reach a full charge in just 2–3 hours, maximizing your equipment's uptime and availability for emergency scenarios.
EMC-Optimized & Low-Noise Design
Specialized circuit engineering drastically reduces electromagnetic interference (EMI). This ensures zero disruption to the highly sensitive micro-stepper motors inside modern infusion pumps, maintaining exact drug delivery precision.
KRL Power vs. Standard Market Alternatives
KRL Power infusion pump batteries versus standard batteries
| Fonctionnalité | KRL Custom Infusion Pump Battery | Batterie au lithium standard | Les atouts de KRL |
|---|---|---|---|
| Certification de sécurité | ISO 13485, CEI 60601-1 | No specialized medical certification | Meets rigorous global medical device standards |
| Durée de vie | Plus de 1 500 cycles | 500 à 800 cycles | +100% longer service life, reducing replacement costs |
| Durée d'exécution | 8–14 hours | 4–7 hours | Up to 2x longer reliable clinical infusion time |
| Temps de charge | 2 à 3 heures | 4 à 6 heures | 50% faster charging for rapid deployment |
| Sécurité et protection | Full multi-layer active BMS protection | Basic passive protection | Enhanced fail-safes for critical medication safety |
| Compatibilité électromagnétique | Advanced low-interference PCB design | May emit interference affecting pump accuracy | Absolute precision control for micro-dosing |
Global Partner Testimonials
Elevate Your Medical Device Engineering
Direct Manufacturer Support for Your Next-Gen Infusion Pumps.
We conduct exhaustive in-house validation on all cell modules to guarantee stable drug delivery, zero-interference clinical safety, and long-term reliability. Leverage our 20 years of robust manufacturing expertise and advanced customization capabilities to bring your medical innovations to market faster—without the middleman markup.
Directives applicables
Italy Factory Battery Storage: Four KRL 261 kWh Units with One Grid-Connection Cabinet
A preliminary Italian factory proposal uses four KRL 125 kW / 261 kWh all-in-one units and one LV parallel/grid-connection cabinet. The design preserves existing Growatt PV and separates 500 kW installed PCS capacity from a proposed 200 kW operating limit.
Stop Fuel Theft: Why Remote Sites are Replacing Diesel Generators with BESS
Remote mines, telecom sites and agricultural operations can reduce diesel shrinkage and uncontrolled OPEX by moving routine power to solar + BESS while retaining diesel for long-outage backup.
Prevent Flock Mortality: Battery Backup Power for Poultry Farm Ventilation in Nigeria
Protect poultry-house ventilation during Nigerian grid outages with KRL B261L, B522L or B2M6L. Size the system from critical fan kW, motor restart, bridge time and emergency reserve.
BESS for Transformer Capacity Expansion: Add Factory Load Without an Immediate Transformer Upgrade
Use KRL B261L, B522L or B2M6L to cover measured, time-limited factory power deficits when expansion exceeds existing transformer capacity. Size power, duration, current and recharge before deciding whether BESS can defer an upgrade.
Stop Letting Your Air Compressors Spike Your Power Bill: Battery Storage for Peak Shaving
Use battery storage to shave sustained industrial air-compressor demand peaks. Size KRL B261L, B522L or B2M6L from the measured kW gap, event duration and recharge window.
Micro-réseau hybride d'une usine textile au Bangladesh : une batterie de 964 kWh peut-elle fournir une puissance de 300 kW pendant 3 heures ?
Étude technique pour une usine textile au Bangladesh nécessitant une charge critique de 300 kW pendant trois heures, avec un système de stockage d'énergie par batterie (BESS) KRL de 500 kW/1 MWh, une alimentation solaire en courant continu direct et une alimentation d'appoint au diesel.