Is the overall battery life of the Hybrid Supercapacitor sufficient after replacing dry cell batteries?

YMIN's lithium-ion capacitors have extremely low self-discharge (≤1.5mV/day). Taking the ActionsATB***SoC as an example, the static leakage current of the entire device can be as low as 50nA, with a typical daily power consumption of only about 0.168mAh. Combined with a low-light solar panel, an 'energy surplus' can be achieved, fully meeting normal use and achieving a charging-free design.

How does the Hybrid Supercapacitor perform in extreme temperatures?

YMIN Hybrid Supercapacitor supports a wide temperature range (-20℃~85℃), covering usage scenarios such as home/office environments, and its stability is far superior to traditional dry-cell batteries.

Will the capacity significantly decrease after long-term use?

Based on rigorous test data, YMIN Hybrid Supercapacitor's capacity degradation rate is less than 30% after completing 100,000 full cycles. Throughout its designed lifespan, the product maintains extremely high capacity stability, essentially achieving 'lifetime maintenance-free'.

Is the Hybrid Supercapacitor safer than dry-cell batteries?

Yes, safer. Certified by UN38.3, the product meets air transport requirements and boasts high safety performance with zero explosion, zero fire, and zero thermal runaway. All materials comply with RoHS and REACH certifications.

How does it prevent over-discharge during storage?

Features ultra-low self-discharge (≤1.5mV/day) and utilizes chips with 'adaptive energy recovery' and 'transportation mode'. The system enters ultra-low power sleep state with static leakage as low as 50nA, effectively preventing over-discharge.

Is the Hybrid Supercapacitor compatible with existing solutions?

Yes. YMIN offers the industry's smallest (3.55×7mm) and slimmer capacitors, with multiple capacity (20~1300F) and voltage (3.8V/4.2V) specifications for easy replacement or layout optimization.

What is the cost comparison with dry-cell batteries?

The Hybrid Supercapacitor has a lower total cost of ownership. Although the unit price may be slightly higher, it eliminates labor and material costs associated with battery replacement and maintenance.

Will the voltage drop during transportation or storage?

Features ultra-low self-discharge (≤1.5mV/day), and when paired with energy recovery chip and solar panel, it maintains usable voltage even after long-term storage.

Can the solution be expanded for future functions?

Yes, it can be flexibly expanded. If the load increases, the capacitor can be upgraded or a larger solar panel can be added, offering high design flexibility.

Does it meet international environmental certifications?

Yes, passed multiple international certifications including IATF16949, RoHS, and REACH. Defined as a capacitor under EU regulations, it simplifies export certification processes.

FAQ

How does YMIN’s Hybrid Supercapacitor achieve a battery-free, maintenance-free lifetime remote control?
by admin on 26-01-06
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by admin on 25-12-11
Question Type: Voltage Rating Requirements Q: What are the core voltage rating requirements for capacitors in an 800V platform DC-...
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by admin on 25-12-03
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1Q: What are the key functions of YMIN capacitors in high-power DC charging piles? A: They primarily serve two key roles: DC link ...
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Q1: What is a DC-Link capacitor? What core role does it play in new energy systems? A: A DC-Link capacitor is a key component conn...
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FAQ

How does YMIN’s Hybrid Supercapacitor achieve a battery-free, maintenance-free lifetime remote control?

How does YMIN Supercapacitor solve the door lock crisis in new energy vehicles caused by power outages during collisions?

YMIN VHE Series Polymer Hybrid Aluminum Electrolytic Capacitors: High Ripple Resistance, Low ESR, Ensuring Stable Operation of Thermal Management Systems in New Energy Vehicles

Overcoming the Reliability Challenges of the 800V Platform: YMIN MDP Series Film Capacitors Provide a Long-Life Mass Production Solution for OBCs

How to select OBCDC-Link capacitors for an 800V platform? A detailed explanation of the performance advantages of YMIN CW3H series liquid snap-in capacitors.

Solving the Voltage Surge Problem in 800V New Energy Main Drive Inverters – YMIN MDP Series DC-Link Film Capacitor Solution

[Selection Guide] How to Balance High Voltage and Long Lifespan in OBC Miniaturization? YMIN LKD High Voltage Capacitor Analysis

Solving the High Power Consumption Problem of OBC/DCDC Systems: Unveiling the Real-World Measurement Data of YMIN Solid-Liquid Hybrid Capacitors

Liquid Vibration-Resistant Chip Aluminum Electrolytic Capacitors Empower Low-Altitude Flying Cars: FAQ

High-Power DC Charging Piles: FAQ on Key Applications and Requirements for YMIN Capacitors

YMIN MDP Series DC-Link Film Capacitors: A Key Choice for Improving New Energy System Stability and Efficiency FAQ

Film Capacitors Promote the Rapid Advancement of SiC and IGBT Technology: YMIN Capacitor Application Solutions FAQ

Breaking the Power Supply Dilemma for AI Server CPUs/GPUs: How to Stabilize N...

How does YMIN’s Hybrid Supercapacitor achieve a battery-free, maintenan...

Why can’t we use big capacitors instead of batteries?

YMIN MPD19 Multilayer Solid Capacitors: A Powerful Guarantee for Stable Graph...

How does YMIN Supercapacitor solve the door lock crisis in new energy vehicle...

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