Semi-solid-state batteries powering drones

Semi-solid-state batteries are revolutionizing drone technology. With advanced energy storage capabilities, these batteries enable drones to achieve longer flight times and carry heavier payloads. Their enhanced safety features, such as reduced risks of overheating, make them a reliable choice for various applications. Additionally, semi-solid-state batteries perform exceptionally well in extreme temperatures, ensuring successful and efficient missions in both hot and cold environments.

The demand for high-performance drone batteries, like those offered by Herewin, is rapidly increasing. The Aerospace Defense Battery market, valued at $1,425.2 million in 2024, is projected to grow to $3,044.6 million by 2033, with an annual growth rate of 8.8%. This surge highlights the growing need for safer, longer-lasting, and more efficient batteria del drone solutions.

Punti di forza

• Semi-solid-state batteries help drones fly farther and carry more. This improves how drones work for many tasks.

• These batteries are safer than regular lithium-ion ones. They don’t overheat easily and work well in bad weather.

• Their lightweight design makes drones use less energy. This helps drones move faster and be easier to control.

• These batteries last for over 1,000 uses. This saves money on replacements and helps drones work better for longer.

• Herewin’s new battery technology makes them a top company. They offer strong and dependable batteries for drones.

Understanding semi-solid-state batteries

What makes semi-solid-state batteries unique

Semi-solid-state batteries mix features of liquid and solid batteries. They use a blend of solid and liquid electrolytes. This design improves safety and stores more energy. It also works well with current manufacturing methods. Unlike older batteries, they don’t overheat or form lithium dendrites. These qualities make them great for drones needing reliability and efficiency.

A study showed how semi-solid-state electrolytes (SSSE) improve batteries. Liquid electrolytes are added to solid structures for stability. This setup stops dendrite growth, making batteries safer. It also increases ionic conductivity for faster energy flow. Combining solid and liquid electrolytes fixes issues like poor contact and slow energy transfer. This makes the batteries more reliable and efficient.

Key differences from traditional lithium-ion batteries

Semi-solid-state batteries are better than lithium-ion batteries in many ways. They store more energy, last longer, and are safer. They also handle extreme temperatures, perfect for drones in tough conditions.

Metric	Batterie allo stato semisolido	Traditional Lithium-Ion Batteries
Energy Density	Higher	Normal
Tolleranza alla temperatura	Wider range	Narrow range
Charging Speed	Faster	Normal
Lifespan	Longer	Limited
Sicurezza	Safer	Riskier

These advantages show why semi-solid-state batteries are better for drones.

How semi-solid-state batteries work

Semi-solid-state batteries use both solid and liquid electrolytes. The solid part separates components to prevent short circuits. The liquid part helps ions move smoothly. Together, they create a stable and efficient battery.

When used, ions travel through the solid and liquid parts. This allows quick charging and discharging. The solid structure stops dendrites, making the battery last longer. With energy densities up to 450 Wh/kg, drones can fly longer. Their lightweight design also helps drones work better, making them a big improvement for flying devices.

Advantages of semi-solid-state batteries for drones

More energy for longer flights

Drones need to fly longer and go farther. Semi-solid-state batteries help by storing more energy than regular lithium-ion batteries. They pack more power into the same space, letting drones stay in the air longer.

A study shows lithium-air batteries, a type of semi-solid-state battery, can reach 447 Wh/kg energy density. This is 5–10 times more than lithium-ion batteries. With this, drones can fly over an hour, much longer than the usual 20–30 minutes. This is important for tasks like taking photos, mapping, or delivering goods, where long flights matter.

Using semi-solid-state batteries makes drones work better. They can travel farther without needing to recharge often. This makes these batteries a big improvement for hobbyists and professionals.

Safer and more stable

Drone batteries must be safe. Semi-solid-state batteries are safer because they don’t overheat or catch fire easily. Unlike lithium-ion batteries, they use a mix of materials that lowers these risks.

The solid part of the battery stops short circuits and blocks lithium dendrites from forming. This keeps drones safe, even in tough conditions. Whether flying in hot deserts or cold mountains, these batteries stay stable and work well.

With these safety features, you can focus on flying your drone. This is especially important for rescue missions or military use, where safety is critical.

Lightweight for better performance

A drone’s weight affects how it flies. Lighter drones move faster, turn easier, and use less energy. Semi-solid-state batteries are small and light but still hold a lot of power.

Studies show materials like carbon fiber can cut weight by 34.7%. This makes drones more efficient and easier to control. When combined with lightweight semi-solid-state batteries, drones perform even better.

Choosing these batteries lets drones carry more or fly longer. This is great for farming, where drones cover big areas, or delivery, where carrying more is key.

Performance in Tough Weather Conditions

Drones often work in hard places, like icy mountains or hot deserts. Batteries must work well in these tough spots to complete tasks. Semi-solid-state batteries are great for this, offering steady and efficient performance.

Working Well in Freezing Cold

Cold weather can make batteries weaker, but not these ones. Semi-solid-state batteries stay strong even in freezing temperatures. Their special mix of materials stops freezing and keeps energy flowing. Tests prove this:

• A PANI||Zn battery with Zn(OAc)2 and formamide gave 120 mAh g−1 at −40 °C.

• A DTT||Zn battery with Zn(OTf)2/ethylene glycol kept nearly 100% power after 2,000 uses at −20 °C.

These tests show how reliable these batteries are in cold. They are perfect for drones used in rescue missions or high mountain surveys.

Staying Safe in Hot Weather

Too much heat can make regular batteries fail or overheat. Semi-solid-state batteries don’t have this problem. They stay safe and work well in hot places. Cooling tests show how they help:

Test Type	Temperature Range (°C)	Max Temperature (°C)	Cooling Better (%)
Without Cooling	20 to 40	51.2	N/D
With Hybrid BTMS	20 to 40	40.9	21.04

These batteries stay cool, even when working hard. This makes them great for desert mapping or factory checks.

Adjusting to Different Climates

Semi-solid-state batteries handle sudden weather changes easily. Their mix of solid and liquid parts stops damage from heat or cold. This makes them useful for drones in farming, delivery, or nature studies.

Using semi-solid-state batteries, like Herewin’s, means your drone works well in any weather. Whether it’s freezing cold or blazing hot, these batteries keep drones running smoothly and safely.

Real-world uses of drones with semi-solid-state batteries

Military and defense tasks

Drones are important tools for modern military missions. Semi-solid-state batteries improve their abilities, making them essential for defense work. These batteries let drones fly longer and carry more weight. This means drones can transport cameras or supplies over long distances.

In tough places like deserts or icy areas, these batteries work steadily. This dependability ensures missions succeed without power problems. Their longer lifespan also means fewer replacements, making planning easier during critical times.

Semi-solid-state batteries focus on safety. They greatly reduce the chance of overheating, protecting people and gear during risky missions.

Some examples of their benefits include:

• Better safety features to keep missions secure.

• Longer flight range for spying and exploring.

• Reliable performance in extreme weather.

• Fewer replacements needed, simplifying logistics.

Using drones with semi-solid-state batteries boosts safety and efficiency for military tasks.

Emergency rescue and disaster help

Quick action is key in emergencies. Drones with semi-solid-state batteries help teams respond faster and better. These batteries let drones fly longer and carry heavier items, like medicine or rescue tools.

Imagine a drone bringing medicine to a faraway village or finding people after a disaster. Semi-solid-state batteries make these jobs easier. Their lightweight design helps drones move through tricky areas, and their steady power works well in bad weather.

For example, in freezing cold, these batteries keep working, letting drones fly in snowy mountains. In hot places, they avoid overheating, ensuring smooth missions. This flexibility makes them perfect for rescue teams in different conditions.

Drones with semi-solid-state batteries can save lives by reaching hard-to-access places. Their reliability makes them vital in emergencies.

Delivery and shipping services

Drones are changing how goods are delivered. Semi-solid-state batteries make this change even better. These batteries let drones fly farther and carry more items, improving delivery speed.

For example, drones with these batteries can bring packages to rural areas or across cities without needing frequent charging. Their high energy storage handles busy delivery schedules. Plus, their lightweight design uses less energy, cutting costs.

Imagine a drone dropping off groceries or medicine at your door. Semi-solid-state batteries make this possible by improving drone performance.

These batteries also support eco-friendly practices. By replacing trucks, they help lower pollution. This meets the need for greener delivery options.

With semi-solid-state batteries, delivery services can become faster, cheaper, and better for the planet.

Agricultural and environmental monitoring

Drones are changing farming and nature studies. With semi-solid-state batteries, drones can fly longer and work better. These batteries give drones the power to handle big fields and faraway places.

Smarter Precision Farming

Semi-solid-state batteries let drones cover large areas without stopping often. Drones can check crops, find pests, and study soil health. Their light weight helps them carry cameras and sensors for detailed data. This helps farmers decide on watering, fertilizing, and pest control.

For example, drones with heat cameras can spot thirsty plants. Longer flights mean they can scan whole fields at once, saving time and effort. This tech makes farming more productive and less wasteful, supporting eco-friendly practices.

Better Environmental Monitoring

Studying nature needs drones to work in tough weather. Semi-solid-state batteries keep drones running in hot or cold places. Drones can track animals, check air quality, or watch forests.

These batteries let drones carry heavy tools like special sensors. For instance, drones can measure greenhouse gases or map eroded land. They also handle sudden weather changes, so they work well in any condition.

Why It Helps Farming and Nature

Semi-solid-state batteries bring many benefits to farming and the environment:

• Longer Flights: Cover more ground without stopping.

• Lightweight Build: Carry tools for better data.

• Safe and Reliable: Work in extreme weather without problems.

• Cost Savings: Fewer battery replacements needed.

With Herewin’s advanced batteries, drones can do more in farming and nature studies. These batteries give the power and dependability needed to solve big challenges, helping both farmers and scientists.

How Herewin’s semi-solid-state batteries lead the way

Key features of Herewin’s semi-solid-state batteries

Herewin’s semi-solid-state batteries are special because of their smart design. They mix strong materials with fast energy flow, perfect for drones. These batteries keep 81.9% of their power after 1,000 uses, lasting much longer than older liquid batteries.

Caratteristica	Description
Structural Electrolyte	Fast energy flow (32.48 mS cm−1) and strong build.
Capacity Retention	Keeps 81.9% power after 1,000 uses, better than liquid batteries.
Flexural Performance	Strong bendability, nearly three times better than liquid batteries.
Self-Healing Properties	Improved by special fibers in the hydrogel material.
Practical Feasibility	Can be shaped into curved parts for drone wings.

These features make Herewin’s batteries reliable for tough drone tasks. They help drones fly longer and work safely in hard conditions.

Why Herewin is a trusted name in drone battery technology

Herewin is well-known for its battery expertise and new ideas. With over 22 years of experience, they create top-notch batteries for drones. They spend over 20 million RMB yearly on research, with 160 experts improving battery designs.

Herewin’s lightweight batteries, like the 12S 22,000mAh model, let drones fly 25–30 minutes carrying up to 24.5 kg. These batteries work well in busy cities, avoiding traffic delays. This makes them great for delivery services.

By offering reliable and efficient batteries, Herewin has become a favorite for drone users worldwide.

The role of Herewin in advancing drone performance

Herewin’s semi-solid-state batteries improve how drones work. They allow drones to fly longer, carry more weight, and handle extreme weather. For instance, the TN14S4P-50S-01 battery can handle 180A currents, lifting up to 10 kg payloads.

• Lightweight Design: Makes drones lighter and easier to control.

• Reliable Power: Works well in cities and faraway places.

• Enhanced Delivery Efficiency: Helps drones avoid traffic for faster deliveries.

Herewin’s focus on innovation helps drones handle tough jobs easily. Whether for deliveries, rescues, or nature studies, their batteries provide the power and dependability needed.

The future of semi-solid-state batteries in drone technology

New ideas improving drone batteries

New ideas are making drone batteries better and more dependable. High-nickel cathodes store more energy, helping drones fly farther. Silicon-carbon anodes hold more lithium, keeping drones steady during heavy use.

Dual electrolyte systems mix liquid and solid parts for safety. This design keeps batteries cool and stops leaks. Modular designs let batteries be customized for jobs like delivery or nature studies.

Innovation Type	What It Does
High-Nickel Cathodes	Stores more energy for longer flights.
Silicon-Carbon Anodes	Holds more lithium for steady and long-lasting power.
Dual Electrolyte Systems	Combines safety and efficiency, preventing leaks and overheating.
Modular Designs	Customizes batteries for specific drone tasks.

These improvements are creating smarter batteries, making semi-solid-state batteries key to drone progress.

Predictions for drones using these batteries

The drone world is changing as semi-solid-state batteries grow popular. By 2025, solid-state batteries will move from labs to real use. Semi-solid-state batteries, already used in electric cars, will soon power drones with better energy and longer life.

• In 2025, solid-state batteries will hit the market.

• Semi-solid-state batteries improve performance, like the GoMate robot’s longer run time.

• Drones will fly longer and work more reliably with these batteries.

As these batteries become common, drones will work better in farming, deliveries, and rescues. Their ability to handle tough weather will make them vital for important tasks.

How Herewin is leading drone battery innovation

Herewin is improving drones with its semi-solid-state batteries. These batteries are light and powerful, letting drones fly longer and carry more weight.

Herewin focuses on research to keep improving. Their TN14S4P-50S-01 battery handles high power and heavy loads, perfect for tough jobs. By making eco-friendly batteries, Herewin is shaping the future of drones.

Herewin’s batteries help drones solve big problems, like deliveries and nature studies.

As drones advance, Herewin stays ahead, setting new standards for power and reliability.

Semi-solid-state batteries have changed how drones work. They let drones fly longer, stay safer, and handle tough weather. These improvements make drones more useful in many fields.

Herewin has helped lead this change. Their smart batteries are light and store lots of energy. This helps drones perform better than ever before.

Drones have a bright future ahead. With semi-solid-state batteries, they can take on harder jobs, like helping farmers or saving lives. This technology is building a smarter and greener world.

FAQ

Why are semi-solid-state batteries better for drones?

Semi-solid-state batteries store more energy and work safely. They help drones fly longer and carry heavier loads. These batteries also work well in tough weather and improve drone performance.

How long do semi-solid-state batteries last?

These batteries can last over 1,000 uses, depending on how they’re used. They last longer than regular lithium-ion batteries. This means fewer replacements and lower costs over time.

Can semi-solid-state batteries handle bad weather?

Yes, they work in both hot and cold places. Their special design stops freezing in cold and overheating in heat. This makes them great for rescue, farming, or nature studies.

Le batterie allo stato semisolido sono sicure per i droni?

Yes, they are very safe. They don’t overheat or short-circuit easily. Their mix of solid and liquid parts stops dangerous lithium buildup. This keeps drones working safely during hard tasks.

Why pick Herewin’s semi-solid-state batteries?

Herewin’s batteries use smart designs and proven technology. They store lots of energy, last long, and work in tough weather. Trusted by experts, they make drones safer and more efficient.

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