Consulting phone：
135-3037-2041
(Mr.Wang)
Consulting phone：
135-3037-2041
(Mr.Wang)
Contact: Mr. Wang
Wob: 13530372041
Tel: 0755-26607151
Email: Jim@sznovelty.cn
Web： en.szsyky.cn
Add: Fudali 302, No. 8, Shuitian Hongxing Road, Bao'an District, Shenzhen
Product Introduction:
Supercapacitor modules, also known as double-layer capacitors, gold capacitors, or Faraday capacitors, store energy through polarized electrolytes. They are an electrochemical component, but there is no chemical reaction during their energy storage process. This energy storage process is reversible, and because of this, supercapacitors can be repeatedly charged and discharged hundreds of thousands of times. At the same time, supercapacitors are a new type of green and environmentally friendly energy storage device (activated carbon), which has extremely high efficiency High current capacity, wide voltage range, wide temperature range, long winding service life, long working life, maintenance free and easy to maintain, simple integration, low cost, and other superior characteristics.
Product specifications:
| project | characteristic |
| Rated voltage | 16V or customized |
| capacity | 1300For customized |
| Operating temperature | - 40 ℃ - 65 ℃ |
| Tolerance | 0+20% |
| Size | 98*24*80mm |
| Wire length | 0.4KG |
| Temperature characteristic | rom - 40 ℃ to 65 ℃ Capacity change: 30% of △ c ∠ initial measured value @ 25 ℃ Internal resistance change: 100% of △ ESR ∠ nominal valuef |
| High temperature load life | 25 ℃ and rated voltage, 1000h load capacity change: 30% of △ c ∠ initial measured value @ 25 ℃ internal resistance change: 200% of △ ESR ∠ nominal value |
| Normal temperature load life | 10 year capacity change of load under 25 ℃ and rated voltage: 30% of △ c ∠ initial measured value @ 25 ℃ internal resistance change: 200% of △ ESR ∠ nominal value |
| Under the normal temperature cycle life | of 25 ℃, the capacity change after 500000 charge discharge cycles (from rated voltage to 1/2 rated voltage): 30% of the initial measured value of △ c ∠ @ 25 ℃ internal resistance change: 200% of the nominal value of △ ESR ∠ |
