A bionic robot is a machine designed to imitate biological organisms, mimicking their movements, structures, or functions by combining advanced materials, sensors, and artificial intelligence. Potential applications for bionic robots include search and rescue operations, healthcare, manufacturing, and even companionship. The development of bionic robots focuses on improving their biomimetic accuracy, integrating AI for autonomy, and reducing size and weight for specialized applications. As technology continues to advance, bionic robots have the potential to revolutionize numerous industries and improve the quality of life for humans.
Bionic robots, also known as biomimetic robots, are designed to imitate the forms, movements, or functions of living organisms. These robots include categories like multi-legged robots (e.g., inspired by insects or crabs), flapping-wing robots (modeled after birds or bats), and underwater robots (mimicking fish or marine animals). Their applications span diverse fields such as environmental monitoring, exploration, search-and-rescue operations, and aquaculture. These robots typically utilize lithium-ion batteries, known for their high energy density and long lifespan. On the other hand, smaller, more specialized bionic robots, such as those used in medical applications, may rely on smaller, lightweight batteries like lithium-polymer.
●High Energy Density: Li-ion and LiPo batteries pack a significant amount of energy into a small, lightweight package, making them ideal for powering the complex movements and sensors of bionic robots. This high energy density allows for longer operating times without frequent recharging.
●Rechargeable: These batteries can be recharged multiple times, reducing the need for frequent battery replacements and minimizing environmental impact.
●High Power Density: Li-ion and LiPo batteries can deliver high amounts of power, enabling bionic robots to perform demanding tasks that require rapid bursts of energy.
●Long Cycle Life: These batteries can withstand numerous charge-discharge cycles before their capacity significantly degrades, ensuring a long lifespan for the bionic robot.
Grepow offers specialized battery solutions for bionic robots, including high-performance options like high discharge rate batteries and semi-solid state batteries. Our High Discharge Rate Battery, with a discharge capability of up to 50C, supports the quick and dynamic movements needed for complex robotic tasks. Additionally, Grepow's semi-solid state batteries boast an energy density of up to 350 Wh/kg, allowing for more power in smaller and lighter packages, which enhances the mobility of bionic devices. We also provide custom-shaped batteries in various designs, such as rectangular or curved, ensuring a perfect fit for different robotic configurations. This customization helps meet the specific energy needs of various bionic applications, making Grepow's innovative battery technologies crucial for advancing bionic robotics.
High Discharge Rate Battery
Semi-Solid State Battery
Customizable Shaped Pouch Lipo Cell
Grepow can provide high-rate batteries with a discharge rate of up to 50C by combining advanced electrode materials, such as high-conductivity carbon, with a multi-layered electrode design that maximizes surface area for efficient energy transfer, while minimizing internal resistance and employing sophisticated thermal management techniques to prevent overheating, ensuring that the batteries deliver rapid, consistent power output to meet the demanding, high-performance needs of humanoid robots in dynamic environments.
Model NO. | C-Rate | Nom. Voltage | Capacity | Max. Cont. Discharge Current | Thickness (mm) | Width (mm) | Length (mm) | Weight (g) |
GRP3722097 | 45C | 3.7V | 550mAh | 24.75Ah | 3.5±0.2 | 22.0±1.0 | 96.5±1.0 | 15.0±1.5 |
GRP5519096 | 45C | 3.7V | 750mAh | 32Ah | 5.3±0.2 | 19.0±1.0 | 97.0±1.0 | 20.0±1.5 |
GRP7018055 | 40C | 3.7V | 520mAh | 20.8A | 6.7±0.3 | 18.0±0.5 | 55.0±0.5 | 12.8±1.0 |
GRP7330048 | 35C | 3.7V | 800mAh | 28A | 7.0±0.3 | 29.5±1.0 | 49.5±1.0 | 21.0±1.5 |
GRP6723042 | 30C | 3.7V | 500mAh | 15A | 6.3±0.3 | 23.0±0.5 | 42.5±0.5 | 11.5±1.0 |
GRP8924048 | 30C | 3.7V | 850mAh | 25.5A | 6.3±0.3 | 24.0±0.5 | 49.0±0.5 | 19.0±1.0 |
GRP6216054 | 25C | 3.7V | 450mAh | 11.25A | 5.9±0.3 | 16.0±0.5 | 56.0±0.5 | 10.5±1.0 |
GRP5017095 | 25C | 3.7V | 700mAh | 17.5A | 4.8±0.2 | 16.5±1.0 | 95.5±1.0 | 15.0±1.0 |
GRP5530048 | 20C | 3.7V | 650mAh | 13A | 4.7±0.2 | 30.0±0.5 | 49.5±0.5 | 14.5±1.0 |
GRP6024064 | 20C | 3.7V | 850mAh | 17A | 5.7±0.2 | 24.0±1.0 | 64.5±1.0 | 18.0±1.5 |
Grepow's high energy density semi-solid-state battery uses advanced high-nickel NMC cathode materials, silicon-carbon anode materials, and coated diaphragm technology, with a maximum energy density of up to 350 Wh/kg. This makes it an excellent choice for applications requiring lightweight and high-performance power sources, such as drones, robots, and consumer electronics where weight is a critical factor.
Model NO. | C-Rate | Nom. Voltage | Capacity | Max Cont. Discharge Current | Thickness (mm) | Width (mm) | Length (mm) | Weight (g) |
GRP6542126 | 5C | 3.7V | 5000mAh | 15A | 6.3±0.2 | 41.5±1.0 | 126.5±1.0 | 70.0±3.0 |
GRP9840121 | 5C | 3.7V | 7200mAh | 21.6A | 9.5±0.3 | 39.5±1.0 | 121.5±1.0 | 100.0±3.0 |
GRP8272160 | 5C | 3.7V | 14200mAh | 42.6A | 7.9±0.3 | 71.5±1.0 | 159.5±1.0 | 196.0±5.0 |
GRP6890190 | 5C | 3.7V | 17600mAh | 52.8A | 6.6±0.2 | 89.5±1.0 | 189.0±1.0 | 241.0±5.0 |
GRP5564096 | 10C | 3.7V | 4400mAh | 13.2A | 5.3±0.2 | 63.5±1.0 | 97.0±1.0 | 67.0±3.0 |
GRP8664159 | 10C | 3.7V | 12000mAh | 36A | 8.3±0.3 | 63.5±1.0 | 158.0±1.0 | 177.0±5.0 |
GRP8675175 | 10C | 3.7V | 16000mAh | 48A | 8.3±0.3 | 74.5±1.0 | 174.5±1.0 | 235.0±5.0 |
Grepow offers a range of shaped pouch batteries that are perfectly suited to various terminal device shapes. We provide custom shaped Lithium-Ion pouch batteries as thin as 0.5mm and as narrow as 4.1mm. Available shapes include cruved, round, L-shaped, D-shaped, and C-shaped, ect. Grepow's shaped pouch batteries boast excellent performance and a cycle life of over 1000 cycles, operating within a temperature range of -50°C to 50°C / -40°C to 60°C, and can achieve fast charging at up to 5C.
Model NO. | Full-Charged Voltage | C rate | Capacity | Thickness | Width | Length |
4.2/4.35V | 1C | 7.5-140mAh | 0.5-0.85mm | 15-49mm | 34.3-55.5mm | |
4.2/4.35/4.4V | 1-30C | 13-430mAh | 1.6-7.87mm | 6.5-11mm | 13-60.8mm | |
4.2/4.35/4.4V | 1-10C | 5.7-1660mAh | 0.65-8.9mm | 5.8-50mm | 18.95-52.14mm | |
4.2/4.35/4.4V | 1-15C | 62-2120mAh | 7.5-2.3mm | 12-64.7mm | 15.5-54.64mm | |
4.2/4.35V | 5-8C | 1000-2125mAh | 5.7-6.55mm | 25.7-84.61mm | 48.5-73.7mm | |
4.2/4.35/4.4/4.45/4.8V | 1-45C | 7.5-4200mAh | 0.5-11.8mm | 6.5-50mm | 12-88.5mm | |
4.35/4.4/V | 1C | 30-685mAh | 2.45-5.7mm | 10.2-34.3mm | 12.2-48mm | |
4.2V | 1C | 290mAh | 5.95mm | 29.5mm | 32.66mm | |
4.2/4.35V | 1-3C | 50-1800mAh | 1.95-5.52mm | 18.8-34.3mm | 19.7-95.89mm | |
4.35V | 15C | 505mAh | 6.4mm | 26.44mm | 37mm | |
4.2V | 5C | 605mAh | 4.58mm | 18.9mm | 71.95mm | |
4.4V | 3C | 200mAh | 3mm | 38.2mm | 30mm | |
4.35/4.4V | 1/5C | 245/415mAh | 3.57/7.4mm | 20.79/37.2mm | 31.89/34.64mm | |
4.4V | 1/5C | 95/370mAh | 2.17/5.88mm | 24.49/32.28mm | 17/27.45mm | |
4.2/4.35/4.4V | 1-5C | 165-750mAh | 3.15-6.94mm | 22.24-34.6mm | 21.55-31.97mm |