FPV & UAV Drone Batteries

Lithium Battery for Industrial UAVs

Recommended Industrial Drone Lithium Battery Cells

Model	Nominal Capacity （mAh）	Voltage （V）	T ± 0.2 mm	W ± 0.5 mm	L ± 1.0 mm	Approx. Weight （g）	Internal Impedance （mΩ）	Continuous Discharge Current （C）	Burst Discharge Current （C）	Cut-off Voltage （V）	Gravimetric Energy Density （Wh/kg）	Volumetric Energy Density （Wh/L）
1174170HP-16000	16000	3.7	11.0	74.0	171.0	309	≤2.0	6	10	3	191.6	425.3
1190190HP-22000	22000	3.7	11.0	90.0	192.0	413	≤2.0	6	10	3	197.1	428.2
S1290190HP-28000	28000	3.7	11.8	90.0	191.0	456.0	≤1.0	6	15	3	227.2	510.7
SH1190190HP-29500	29500	3.85	11.2	90.0	191.0	430.0	≤1.2	5	15	3	264.1	589.9
SH6874170HP-12000-L	12000	3.85	6.8	74.5	171.0	189.0	≤1.5	7	15	3	244.4	533.3
SH9074170HP-16000-L	16000	3.85	9.0	73.5	171.0	248.0	≤1.2	7	15	3	248.4	544.6
SH8290190HP-20000	20000	3.95	8.1	90.0	191.0	311.0	≤1.2	6	15	3	254.0	567.4
SH9090190HP-22000	22000	3.95	8.8	90.0	191.0	340.0	≤1.2	6	15	3	255.6	574.5

1174170HP-16000 S10390190SP-22000

1174170HP-16000: Balanced Endurance and Burst Power

High energy density design balances lightweight construction and high-rate output; low internal resistance ensures small voltage drop under high current, enabling faster power response during takeoff, climb, and hover.

High-Rate Continuous and Pulse Discharge, Transient High-Power Output

Supports high-rate continuous discharge and pulse discharge, specifically designed for transient high-power conditions such as takeoff and climb, meeting the drone's need for short-time high current and rapid response.

Long Endurance, High Efficiency

Balances endurance capability and high-rate performance, reducing frequent battery swaps and waiting time while improving continuous operation efficiency.

Long Cycle Life, Safe and Reliable

Low self-discharge and long-cycle design ensure stable and reliable cell performance;
specific cycle life and self-discharge data are subject to actual test specifications.

Highly Customizable

Can be flexibly customized according to application scenarios to fully meet the high standards and demanding requirements of industrial operating environments; high-quality cells with stable and reliable performance.

Applications

Industrial inspection, mapping, logistics delivery, emergency rescue, and other drone scenarios requiring high-rate transient power output.

S10390190SP-22000: High Energy Density, Long-Endurance Assurance

High energy density and large capacity design provide energy assurance for long-duration cruise operations; low internal resistance design balances long-endurance output and transient high-power response during takeoff.

High-Rate Pulse and Instant Burst, Powerful Takeoff

Supports high-rate pulse discharge and instant burst, specifically designed for "long-endurance cruise + transient high-power takeoff" conditions, meeting the drone's needs for long-endurance cruise and transient high-power demands during takeoff and climb.

Ultra-Large Capacity, Ultra-Long Endurance

Large capacity reduces frequent battery replacement, supports long-duration and continuous missions, ensures flight time, and improves operational efficiency.

Long Cycle Life, Safe and Reliable

Low self-discharge and long-cycle design ensure stable and reliable cell performance;
specific cycle life and self-discharge data are subject to actual test specifications.

Highly Customizable

Can be flexibly customized according to application scenarios to fully meet the high standards and demanding requirements of operating environments; high-quality cells with stable and reliable performance.

Applications

Agricultural plant protection, logistics delivery, industrial construction, field exploration, emergency rescue, medical assistance, and other drone scenarios requiring both long endurance and high power.

Silicon-Carbon Battery for Industrial UAVs

Recommended Silicon-Carbon Battery Cells for Industrial Drones

Model	Nominal Capacity （mAh）	Voltage （V）	T ± 0.2 mm	W ± 0.5 mm	L ± 1.0 mm	Approx. Weight （g）	Internal Impedance （mΩ）	Continuous Discharge Current （C）	Burst Discharge Current （C）	Cut-off Voltage （V）	Gravimetric Energy Density （Wh/kg）	Volumetric Energy Density （Wh/L）
GC9074170-24000	24000	3.5	9.2	74.5	171.0	255.0	0.6	3	5	2.5	329.4	716.7
GC1087190P-36000	36000	3.5	10.0	86.5	191.0	376.0	1.1	3	5	2.5	335.1	762.6
C9952125MP-13000	13000	3.5	9.8	51.0	125.0	140.0	0.7	3	8	2.5	325.0	728.3
GC1187190MP-40000	40000	3.5	11.0	86.5	191.0	413.9	1.5	3	5	2.5	338.2	770.3
GC1287190MP-44000	44000	3.5	11.9	86.5	191.0	453.9	0.8	3	5	2.5	339.3	783.3
GC9074170MP-33000	33000	3.5	9.4	74.5	171.0	281.0	0.8	3	5	2.3	411.0	964.5

GC9074170-24000

Large-Capacity Silicon-Carbon Cell, Ideal for Long-Duration Mission Flights

Large-capacity design meets long-duration mission flight conditions; the silicon-carbon system balances high energy density and power output, with compact size and light weight to help reduce drone payload and improve flight performance.

High Energy Density, Lightweight and Compact

High energy density design strikes a balance between lightweight construction and compact size, helping drones reduce weight and improve efficiency.

Ultra-Low Internal Resistance, Strong High-Power Output Capability

Ultra-low internal resistance supports high-current discharge, delivering strong high-power output and faster transient high-power response.

High-Rate Discharge

Supports 3C continuous discharge, balancing long-duration mission flights and transient high-power output requirements.

Long Cycle Life, Safe and Reliable

Low self-discharge and long-cycle design ensure stable and reliable cell performance.

Highly Customizable

Applications

Long-duration mission flights, industrial inspection, mapping, logistics delivery, emergency rescue, and other drone scenarios requiring both large capacity and high power.

FPV Racing Drone Battery

Recommended High-Rate Lithium Batteries for FPV Racing Drones

Model	Nominal Capacity （mAh）	Voltage （V）	T ± 0.2 mm	W ± 0.5 mm	L ± 1.0 mm	Approx. Weight （g）	Internal Impedance （mΩ）	Continuous Discharge Current （C）	Burst Discharge Current （C）	Cut-off Voltage （V）	Gravimetric Energy Density （Wh/kg）	Volumetric Energy Density （Wh/L）
DC853562HT-1500	1500	3.7	7.9	35.5	64.0	35.0	2.3	45	60	3	158.6	309.2
803562ET-1300	1300	3.7	7.3	34.5	64.0	32.0	2.0	60	120	3	150.3	298.4
903562ET-1500	1500	3.7	8.4	35.0	64.0	37.0	1.7	100	180	3	150.0	295.0
D823496HT-2200-A	2200	3.7	7.7	33.5	98.0	51.5	1.9	45	60	3	158.1	322.0
6843125ET-3150	3150	3.7	6.5	43.0	126.0	77.0	1.1	60	120	3	151.4	330.9
8643125ET-4000	4000	3.7	8.0	43.0	126.0	97.0	1.0	60	120	3	152.6	341.5
8545145TP-5000	5000	3.7	8.0	44.0	145.5	112.0	1.1	30	100	3	165.2	361.2
9545145ET-5500	5500	3.7	9.1	44.0	146.0	127.0	0.8	60	120	3	160.2	348.1
1070140ET-8000	8000	3.7	9.2	69.0	140.0	191.0	0.7	60	120	3	155.0	334.9
7274170ET-8000	8000	3.7	7.0	73.0	171.0	190.0	0.7	60	120	3	155.8	338.7
D823562HT-1300-A	1300	3.7	8.4	35.0	64.0	36.0	2.4	45	60	3	133.6	255.6
D853562HT-1500-A	1500	3.7	8.2	35.0	64.0	36.0	2.5	45	60	3	154.2	302.2
D953562TP-1700	1700	3.7	9.4	35.0	64.0	40.5	2.3	30	100	3	155.3	298.7

903562ET-1500

High Energy Density 150Wh/kg

Lightweight, High Energy · Instant Burst · Born for Racing.

Long Endurance, High Efficiency

Balances lightweight construction and energy density among high-rate cells, with compact size and low weight to help improve flight performance and endurance;
reduces waiting and preparation time, improving flight operation efficiency.

Ultra-High Rate, Fast Charge and Discharge

100C continuous discharge, 180C instantaneous burst, fast response and powerful output, meeting the high-power demands of high-speed flight, rapid climb, and fast hover.

Low internal resistance of approximately 1.7mΩ, small voltage drop under high-current discharge and rapid response, making instant acceleration and maneuvers more crisp.

Provides strong power support for complex flight missions, responds quickly and delivers sufficient power.

Fast charge and discharge, reducing preparation and waiting time, improving operational efficiency.

Long Cycle Life, Safe and Reliable

Low self-discharge and long-cycle design ensure stable and reliable cell performance;
specific cycle life and self-discharge data are subject to actual test specifications.

Highly Customizable

Can be flexibly customized according to application scenarios to fully meet the competitive needs of FPV racing and other racing applications.

High-quality cells with stable and reliable battery performance.

Applications

FPV drones, FPV racing, and other drone scenarios requiring high-rate and high-power output.

Low-Temperature Battery for UAVs

H3764143SP-4300 H3964143-5300

H3764143SP-4300 High-Altitude / Extreme Low-Temperature Drone Battery

Minimal endurance degradation at -40°C extreme low temperature; exceptional low-temperature adaptability supports stable and efficient drone missions in polar and high-altitude regions; high energy density, high voltage, and large capacity ensure stable output.

High Energy Density

Energy density 204.3Wh/kg, 446.4Wh/L; high-voltage, large-capacity design ensures stable output and balances lightweight and long-endurance requirements.

Low-Temperature Adaptability

Minimal endurance degradation at -40°C, stable output, and efficient mission execution, meeting demanding low-temperature conditions in polar and high-altitude environments.

Stable High-Power Output

High cell consistency supports continuous high-power output; a more stable and higher discharge plateau balances 2C continuous and 6C pulse discharge requirements.

Long Cycle Life

Good performance retention after multiple cycles, low self-discharge rate, and minimal capacity loss during long-term storage for greater peace of mind.

Fast Charging

Supports up to 5C fast charging, reaching 80% in about 18 minutes, reducing charging time and improving operational efficiency.

High Safety

High safety factor; no fire or explosion under high-speed impact; stable and reliable cell performance.

Applications

Military drones, scientific research drones, high-altitude dedicated drones, and drones and portable devices for demanding low-temperature environments such as mid-to-high latitudes, plateaus, and special-environment scientific expeditions.

H3964143-5300 Long-Endurance Low-Temperature Drone Battery

High-energy-density small cell, balancing long endurance and lightweight design in -20°C conventional low-temperature environments; capacity further increased on the same-size platform, suitable for lightweight long-endurance small drones.

High Energy Density

251.8Wh/kg dual high-density design with low internal resistance; capacity further increased on the same-size platform, helping small drones reduce weight, improve efficiency, and extend flight time.

Low-Temperature Adaptability

Stable output in -20°C conventional low-temperature environments, meeting the operational requirements of inspection, mapping, and scientific research under low-temperature conditions in mid-to-high latitudes and plateaus.

Stable High-Power Output

Low internal resistance design, small voltage drop under high-current discharge, and stable continuous high-power output; balances long-endurance cruise and transient power response.

Long Cycle Life

Low self-discharge and long-cycle design, good performance retention after multiple cycles; minimal capacity loss during long-term storage, safe and reliable.

Fast Charging

Supports fast charging, shortening charging wait time and improving continuous operation efficiency; specific charge rate and time are subject to actual test specifications.

High Safety

High safety factor, passing strict safety tests, stable and reliable cell performance, suitable for long-term continuous operation.

Applications

Lightweight long-endurance small drones, suitable for inspection, mapping, scientific research, and other operational scenarios in conventional low-temperature environments such as mid-to-high latitudes and plateaus.

Aerial Photography Drone Battery Series

Recommended Battery Cells for Aerial Photography Drones

Model	Nominal Capacity （mAh）	Voltage （V）	T ± 0.2 mm	W ± 0.5 mm	L ± 1.0 mm	Approx. Weight （g）	Internal Impedance （mΩ）	Continuous Discharge Current （C）	Burst Discharge Current （C）	Cut-off Voltage （V）	Gravimetric Energy Density （Wh/kg）	Volumetric Energy Density （Wh/L）
DC8643125HP-5000	5000	3.7	8.4	43.0	125.5	95.0	≤2.2	15	20	3	194.7	406.7
8543125HP-5000	5000	3.7	8.3	43.0	126.0	99.0	≤2.0	15	40	3	186.9	411.4
DSH1143125HP-7500	7500	3.8	10.3	43.0	128.0	122.0	≤1.8	10	20	3	233.6	502.7
C1143125HP-8000	8000	3.7	10.8	43.0	126.0	128.0	≤2.0	8	15	3	231.3	505.9
HC7270140SP-8000	8000	3.8	6.8	69.0	141.0	142.0	≤1.5	10	20	3	214.1	459.5
DH11543126HP-8500	8500	3.85	11.4	43.0	128.0	134.0	≤1.6	10	20	3	244.2	521.6
S8859158SP-10000	10000	3.7	8.5	59.0	159.0	186.0	≤1.2	10	20	3	198.9	464.0
DSH8260160HP-10000	10000	3.85	7.9	59.5	158.5	163.0	≤1.5	8	20	3	236.2	516.8
C7674170HP-12000-L	12000	3.7	7.4	74.5	171.0	205.0	≤1.5	10	20	3	216.6	474.2
S1074170SP-16000-L	16000	3.7	9.8	74.0	171.0	280.0	≤1.2	8	25	3	211.4	477.4
SH10274170HP-18000	18000	3.95	10.0	74.0	172.0	280.0	≤1.0	8	20	3	253.9	558.6
S10390190SP-22000	22000	3.7	10.3	90.0	191.0	406.0	≤1.0	8	25	3	200.5	459.7
SH9090190HP-22000	22000	3.95	8.8	90.0	191.0	340.0	≤1.2	6	15	3	255.6	574.5
SH1190190HP-29500	29500	3.85	11.2	90.0	191.0	430.0	≤1.2	5	15	3	264.1	589.9

Aerial Photography Drone Battery Cell Solutions

Covering 3.7–3.95V Voltage Platforms, Balancing Cost-Effectiveness and Long Endurance

For aerial photography drone applications, we offer multi-specification battery cell solutions covering 3.7–3.95V voltage platforms, flexibly matched to different aerial photography segments, balancing energy density, discharge stability, and cycle life to provide continuous and reliable power for drones.

Cost-Effective, Batch-Application Friendly

For entry-level and consumer aerial photography, balancing performance and cost, suitable for batch selection and large-scale applications, reducing overall BOM costs.

Long Endurance, Extended Aerial Operations

For long-endurance aerial photography needs, balancing energy density and discharge stability, providing continuous power for extended shooting, cruising, and mapping operations while reducing battery swap frequency.

Film and Television Industry, Stable and Reliable

For professional film and television aerial photography, emphasizing stable output, safety, reliability, and cycle life to meet the high demands of professional shooting for power consistency and flight stability.

Wide Voltage Platform, Flexible Selection

Covering the 3.7–3.95V voltage range, flexibly matched to different aerial photography platforms, propeller configurations, and mission requirements, balancing endurance capability and transient power response.

Multi-Segment Adaptation

For entry-level aerial photography, consumer aerial photography, long-endurance operations, film and television industry, and other application segments, providing differentiated battery cell solutions to help improve flight time and shooting efficiency.

Highly Customizable

Can be flexibly customized according to application scenarios to fully meet the high standards and demanding requirements of aerial photography operating environments; high-quality cells with stable and reliable performance.

. 3.7V Aerial Photography UAV Battery 3.8V High-Voltage Li-ion Cell

3.7V Aerial Photography UAV Battery

8543125HP-5000

High Energy Density + High Rate: Balanced lightweight design and high-rate output for weight/space-sensitive drones.
High-Rate Continuous & Pulse Discharge: Stable high-current output and strong transient burst for takeoff, climb, and rapid maneuvers.
Low Internal Resistance: Low voltage drop, stable discharge plateau, fast response, and good cell consistency.
Long Cycle Life: Low self-discharge, stable and reliable; cycle life/self-discharge data subject to test specs.
Highly Customizable: Flexible customization for demanding industrial applications; high-quality, reliable cells.
Applications: Industrial inspection, mapping, logistics, emergency rescue, and other drones requiring endurance and high-rate transient power.

3.8V High-Voltage Li-ion Cell

DSH1143125HP-7500

High Energy Density & Lightweight Long Endurance: Balanced lightweight design and high energy density for long-endurance cruise missions, reducing airframe weight and extending flight time.
High-Rate Continuous & Pulse Discharge: Stable continuous output and ample transient burst for takeoff, climb, and rapid maneuvers.
Low Internal Resistance: Low voltage drop, stable discharge plateau, fast response, and good cell consistency.
Long Cycle Life: Low self-discharge, stable and reliable; cycle life/self-discharge data subject to test specs.
Highly Customizable: Flexible customization for demanding industrial applications; high-quality, reliable cells.
Applications: Industrial inspection, mapping, logistics, emergency rescue, and other drones requiring both long endurance and high-rate power output.

3.85V High-Voltage Li-ion Cell 3.95V Ultra-High-Voltage Li-ion Cell

3.85V High-Voltage Li-ion Cell

SH1190190HP-29500

Ultra-High Energy Density: High-voltage, large-capacity design for long cruise, fewer swaps.
Large Capacity: Supports long-duration continuous flight for long-endurance industrial drones.
Low Internal Resistance: Stable plateau; high-rate continuous/pulse discharge for cruise and transient power.
Long Cycle Life: Low self-discharge, reliable; data subject to specs.
Highly Customizable: Flexible for demanding industrial applications; high-quality cells.
Applications: Agriculture, logistics, inspection, mapping, rescue—balancing endurance and power.

3.95V Ultra-High-Voltage Li-ion Cell

SH9090190HP-22000

High Energy Density, Long Endurance: High-voltage, large-capacity design for long cruise; fewer swaps, higher efficiency.
Large Capacity, Ultra-Long Range: Supports long continuous flights for endurance-critical industrial drones; fewer takeoffs and waits.
Low Internal Resistance, High-Rate Pulse: Low voltage drop, stable plateau; high-rate continuous/pulse discharge for cruise and transient power.
Long Cycle Life, Safe: Low self-discharge, stable performance; data subject to test specs.
Highly Customizable: Flexible for demanding industrial use; high-quality, reliable cells.
Applications: Agriculture, logistics, inspection, mapping, rescue—balancing long endurance and high power.

Applications

Shida UAV batteries are currently widely used in various UAV application scenarios, including but not limited to:
Aerial photography: Provide fast and convenient charging services for aerial photography drones.
Logistics and distribution: Support the efficient charging needs of logistics drones in short-distance and rapid delivery.
Agricultural plant protection: provide battery guarantee for long-term operation of agricultural drones.
Environmental monitoring: Ensure that environmental monitoring drones can perform their tasks continuously and stably.

Emergency rescue: Provide fast charging support for drones in case of emergency to improve rescue efficiency.

Plant protection, logistics
Photography aerial photography
Emergency rescue
Patrol survey
Traversing machines, racing

Technological innovation

High magnification technology

Optimize the lithium-ion migration rate, reduce the impedance, establish an efficient conductive network, improve the rate performance, and achieve a start-up performance of 300C.

Long cycle technology

Improve the surface properties of the material, alleviate the change of cycle volume, and improve the cycle stability, so as to achieve the requirement of long cycle life, reaching a cycle life of 3000 weeks.

Wide temperature range technology

By optimizing the low-temperature additives, the interfacial properties of the materials are improved, the migration rate of lithium ions at low temperatures is increased, and the high-rate discharge at low temperatures is realized.

Technology Roadmap

Meet the needs of drones in all scenarios and multiple applications

High energy density system

Medium magnification UAV system

High voltage 4.40V cryogenic system

High-magnification UAV system

High-voltage 4.45V UAV system

Ultra-high magnification UAV system

Marketing Achievements

23years

experience in lithium-ion battery technology & manufacturing
50+

countries/areas
0accidents

in installed projects
100K+sets

of energy storage products installed

Tier 1

BloombergNEF 2024 Tier 1 Energy Storage Manufacturer
TOP3

2023 Global Residential ESS Battery Market (EESA)
TOP6

2023 2023 Long-term ESS Products Agreement Signed (Wood Mackenzie)
TOP6

2023 Global ESS Battery Market among Chinese Companies(SNE Research)

Quality Assurance

At the heart of Great Power lies High-Quality Manufacturing
Success comes from strict quality management and unwavering attention to detail. All manufacturing facilities have certification of ISO9001, ISO14001, IATF16949, GJB9001B and ISO45001:2018, guaranteeing a strict system that adds customer value. All ESS batteries are certified by UL, RoHs, CE, and QCT-743-2006. quality management.