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China Suppliers Factory Deep Cycle Solar Gel Battery 100AH-3000AH - Long Life & High Reliability
Technical specification
Advantages
1. Reliability and stability: Use a hidden independent valve design to effectively avoid safety valve blockage. Colloidal batteries have a high degree of reliability and stability, which ensures that new energy wind turbines operate stably in harsh environmental conditions.
2. High energy density: The high energy density of colloidal batteries provides more power, enabling new energy wind turbines to operate more efficiently.
3. Long service life: The long service life of colloidal batteries reduces the frequency of battery replacement, thus reducing maintenance costs. The positive grid adopts a high grid ratio design to extend the battery life.
4. Strong adaptability: Colloidal batteries are highly adaptable and can operate stably in different environments and climatic conditions.
5. Good safety: Use a special patented alloy formula, and the grid has stronger corrosion resistance. colloidal batteries have good safety performance, can effectively prevent fire and other accidents.
6. Environmentally friendly: colloidal battery is an environmentally friendly type of battery that does not pollute the environment.
7. Use high temperature and high humidity curing process: to ensure life, capacity and batch consistency.
8. The ear hanging process design: has high consistency in plate curing and drying.
Product parameters
8. The ear hanging process design has high consistency in plate curing and drying.
| Battery model | Rated voltage (V) | Rated capacity C20 (Ah) | Terminal options |
|---|---|---|---|
| DC12-26 | 12 | 26 | F3(M5) / F13-BP(M5)/T24(M5) |
| DC12-26S | 12 | 26 | F7(M8) / F11(M6) |
| DC12-28S | 12 | 28 | F7(M8) / F11(M6) |
| DC6-180 | 6 | 180 | F12(M8) |
| DC6-200 | 6 | 200 | F16(M8) / F14(M8) |
| DC6-225 | 6 | 225 | F16(M8) / F14(M8) |
| DC6-225S | 6 | 225 | F14(M8) |
| DC12-40 | 12 | 40 | F4(M5) / F11(M6) |
| DC12-40A | 12 | 40 | F4(M5) / F11(M6) |
| DC12-55 | 12 | 55 | F15(M6) / F11(M6)/L3 |
| DC12-55A | 12 | 55 | F15(M6) / F11(M6)/L3 |
| DC12-65 | 12 | 65 | F5(M8) / F11(M6) |
| DC12-80 | 12 | 80 | F5(M8) / F11(M6) |
| DC12-100S | 12 | 100 | F15(M6) / F12(M8)/L4 |
| DC12-100SA | 12 | 100 | F15(M6) / F12(M8)/L4 |
| DC12-100 | 12 | 100 | F5(M8) / F12(M8)/L7 |
| DC12-100A | 12 | 100 | F5(M8) / F12(M8)/L7 |
| DC12-100H | 12 | 100 | F5(M8) / F12(M8)/L7 |
| DC12-120 | 12 | 120 | F5(M8) / F12(M8) |
| DC12-120A | 12 | 120 | F5(M8) / F12(M8) |
| DC12-120S | 12 | 114 | F5(M8) / F12(M8)/L7 |
| DC12-120SA | 12 | 114 | F5(M8) / F12(M8)/L7 |
| DC12-134 | 12 | 134 | F5(M8) / F12(M8) |
| DC12-145 | 12 | 145 | F5(M8) / F12(M8) |
| DC12-150 | 12 | 150 | F5(M8) / F12(M8) |
| DC12-150A | 12 | 150 | F5(M8) / F12(M8) |
Product Display
Frequently Asked Questions
What are the main advantages of colloidal batteries in wind turbines?
Colloidal batteries offer exceptional reliability, stability, and high energy density. They are highly adaptable to harsh environmental conditions, have a long service life with reduced maintenance costs, and feature enhanced safety parameters to prevent potential hazards.
How does the hidden independent valve design improve safety?
The hidden independent valve design is engineered to effectively prevent the safety valve from getting blocked. This ensures stable internal pressure regulation, avoiding potential malfunctions and significantly increasing the battery's overall operational safety.
What makes these batteries highly durable in extreme climates?
The batteries undergo a high-temperature and high-humidity curing process during manufacturing, which guarantees optimal capacity and batch consistency. Additionally, the positive grid utilizes a high grid ratio design along with a patented alloy formula for superior corrosion resistance.
Are these colloidal batteries environmentally friendly?
Yes, these colloidal batteries are designed with eco-friendly components and manufacturing processes that do not pollute the environment, making them a sustainable choice for green energy projects.
What terminal options are available for the DC battery series?
Depending on the specific battery model, multiple terminal configurations are available to suit various installation needs, including options like F3(M5), F7(M8), F11(M6), F12(M8), F15(M6), and F16(M8).
How does the plate curing process ensure battery consistency?
The specialized ear-hanging process design ensures high consistency in plate curing and drying. This process controls the physical properties of the plates, leading to reliable capacity delivery and uniform performance across battery batches.
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