
( Brand: General Electric ), ( Manufacturer Part Number: CR123-H0.55A )
The **GE CR123-H0.55A (CR123H055A)** is a high-performance, lithium-ion coin cell battery designed for demanding applications where compact size, exceptional energy density, and reliable power delivery are critical. Part of General Electric s robust lineup of rechargeable and non-rechargeable battery solutions, this **CR123A (12350) format** battery delivers a nominal voltage of **3.0 volts** with a capacity of **550 milliamp-hours (mAh)**, making it ideal for portable electronics, medical devices, industrial sensors, and other low-drain systems requiring a lightweight yet powerful energy source. Its cylindrical design, measuring approximately **12.5 mm in diameter and 35.0 mm in height**, ensures compatibility with a wide range of devices, from digital thermometers and remote controls to specialized IoT sensors and emergency lighting systems. Constructed with advanced lithium-ion chemistry, the CR123-H0.55A offers superior energy storage efficiency compared to traditional alkaline or lithium-manganese alternatives, reducing the need for frequent replacements and minimizing downtime in critical applications. This battery is particularly well-suited for environments where space is limited but performance cannot be compromised, such as in wearable health monitors, automotive keyless entry systems, or high-precision instrumentation. With a stable discharge curve and low self-discharge rate, it maintains consistent power output over extended periods, ensuring reliable operation even in standby modes. Whether used in consumer gadgets or industrial machinery, the GE CR123-H0.55A exemplifies durability and precision engineering, providing a dependable energy solution for applications where reliability and compactness are non-negotiable.
### **Pros and Cons of Buying a General Electric CR123-H0.55A (CR123H055A) Lithium-Ion Battery**
#### **Pros:**1. **High Energy Density** The CR123A series offers a significantly higher energy capacity compared to alkaline or nickel-metal hydride (NiMH) batteries, providing longer runtime in devices like flashlights, medical equipment, and emergency tools.
2. **Low Self-Discharge** Lithium-ion batteries lose less charge when stored idle compared to alkaline or NiMH batteries, making them ideal for long-term backup applications.
3. **Lightweight** These batteries are much lighter than equivalent alkaline or NiMH batteries, which is beneficial for portable devices.
4. **Consistent Performance** Unlike alkaline batteries, which degrade in performance as they discharge, lithium-ion batteries maintain a stable voltage until near depletion, ensuring reliable operation.
5. **Wide Temperature Tolerance** While not as extreme as some specialized lithium batteries, the CR123A series performs better in cold conditions than alkaline batteries, which often fail or lose capacity in low temperatures.
6. **Long Shelf Life** When stored properly (cool, dry, and not fully charged), these batteries can retain most of their capacity for several years.
7. **Rechargeable Option** Some CR123A batteries (or compatible replacements) can be recharged, reducing long-term costs if used in devices with rechargeable functionality.
8. **Environmentally Friendly (Compared to Alkaline)** Lithium-ion batteries do not contain heavy metals like mercury or cadmium, making them less harmful to dispose of (though proper recycling is still necessary).
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#### **Cons:**1. **Higher Initial Cost** CR123A batteries are significantly more expensive than alkaline or NiMH batteries, which may not be cost-effective for low-drain devices or infrequent use.
2. **Sensitivity to Overcharge & Overdischarge** Unlike alkaline batteries, lithium-ion cells can degrade or even fail if exposed to overcharging (e.g., leaving them in a charger too long) or deep discharge (draining below 20% capacity). Some devices lack proper protection circuits.
3. **Risk of Swelling or Leakage** Poor-quality or damaged lithium-ion batteries can swell, leak, or even catch fire in rare cases. This risk is higher with counterfeit or improperly stored batteries.
4. **Not All Devices Are Compatible** Some older or low-power devices may not be designed for the higher voltage (3.0V 3.7V per cell) of lithium-ion batteries, potentially damaging the device or causing erratic behavior.
5. **No Universal Rechargeability** Most CR123A batteries are **not rechargeable** unless specified (e.g., some industrial or specialty models). Attempting to recharge non-rechargeable lithium-ion cells can be dangerous.
6. **Shorter Lifespan Under Heavy Loads** While durable, these batteries degrade faster when subjected to high continuous drain (e.g., in high-power flashlights or tools), reducing their usable lifespan.
7. **Disposal & Recycling Challenges** Lithium-ion batteries require proper disposal to avoid environmental harm and fire risks. Many recycling centers do not accept them, making disposal less convenient than alkaline batteries.
8. **Voltage Sensitivity** Some devices may not function correctly if the battery voltage drops too low, leading to intermittent performance or shutdown.
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### **Conclusion:**The **General Electric CR123-H0.55A (CR123H055A)** is a high-quality lithium-ion battery well-suited for **high-drain, long-duration applications** where alkaline batteries would fail such as in emergency lighting, medical devices, or professional tools. Its advantages in energy density, low self-discharge, and reliability make it a strong choice for users who prioritize performance and longevity over cost.
However, its **higher price, sensitivity to charging/discharging, and disposal concerns** mean it may not be ideal for **low-power, infrequent-use devices** or budget-conscious consumers. If you need a **rechargeable option**, ensure the battery is labeled as such (most CR123A batteries are not rechargeable). Always purchase from **reputable brands** to avoid counterfeit or defective units that could pose safety risks.
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### **Recommendation:** - **Buy the CR123-H0.55A if:**- You need **long runtime** in high-drain devices (e.g., tactical flashlights, emergency radios, medical equipment).
- You require **reliable performance in cold conditions** (better than alkaline).
- You can **store them properly** (cool, dry, not fully charged) to maximize shelf life.
- You re willing to **pay the premium** for superior performance.
- **Avoid or consider alternatives if:**- You re using a **low-power device** (e.g., small sensors, low-drain electronics) where alkaline batteries would suffice.
- You **frequently recharge** the battery (unless it s a rechargeable model, which is rare for this type).
- You re on a **tight budget** and the device won t benefit enough from the extra capacity.
- You re unsure about **proper storage or disposal** (risk of swelling or fire).
**Alternative Options:**- For **rechargeable needs**, consider a **high-quality lithium-ion rechargeable CR123A** (e.g., from brands like Energizer or Panasonic, if available).
- For **budget-friendly high-drain use**, **Duracell Ultra or Energizer Lithium** are also good alternatives.
- If **rechargeability is critical**, explore **NiMH rechargeable batteries** (though they have lower energy density).
**Final Verdict:** The **GE CR123-H0.55A is a premium choice for demanding applications** where performance outweighs cost. For casual or low-power use, alkaline batteries may still be the better value. Always verify **device compatibility** and **storage conditions** to ensure safety and longevity.
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