储能隔离变压器是一种专门用于储能系统的电力设备,其核心功能是将储能系统与电网或其他电力设备进行电气隔离,以确保系统的安全性、稳定性和可靠性。它不仅可以实现电压的转换,还能有效防止电气故障的传播。
隔离变压器 | |||
产品型号 | LLSG / SG | 感应耐压 | 2倍频率/ 2倍电压 /1分钟 |
额定容量 | 0.1KVA ~ 2500KVA (可定制) | 接地电阻 | 25A<80毫欧 |
输入电压 | 1V~10000V (可定制) | 温升 | F级≤100K;H级≤125K |
输出电压 | 1V~10000V (可定制) | 阻抗电压 | 约4% |
相数 | 三相 | 变 比 | <3% |
频率 | 50Hz / 60Hz | 冷却方式 | 自冷或风冷 |
绝缘等级 | F级/ H级 (可选) | 噪 音 | ≤35-65dB (1米内) |
连接方式 | Dyn11 (可定制) | 工作效率 | ≥98% |
绕组线材 | H级 漆包铝线 或 铜线 (可选) | 环境温度 | -25℃~+40℃ |
绝缘方式 | H级绝缘漆真空浸漆 | 防护等级 | IP20,IP23,IP45,IP54,IP65 (可定制) |
耐压测试 | 初级对次级2.5KV/1分钟 | 绝缘电阻 | 初级对次级2500V大于100兆欧 |
初级对地2.5KV/1分钟 | 初级对地2500V大于100兆欧 | ||
次级对地2.5KV/1分钟 | 次级对地2500V大于100兆欧 | ||
以上参数仅供参考,具体参数请联系客服,以实际设计参数为准! | |||
Isolation transformer | |||
Model | LLSG / SG | Inductive withstand voltage | 2 times frequency / 2 times voltage / 1 minute |
Capacity | 0.1KVA ~ 2500KVA (Customizable) | ground resistance | 25A < 80 milliohms |
Input voltage | 1V~10000V (Customizable) | temperature rise | F class ≤ 100K; H class ≤ 125K |
Output voltage | 1V~10000V (Customizable) | Impedance voltage | Approximately 4% |
Input voltage | Three-phase transformer | Change Transform | <3% |
Output voltage | 50Hz / 60Hz | Cooling method | Self-cooled or air-cooled |
Insulation class | F/H (Customizable) | noise | ≤35-65dB (Within 1 meter) |
Connection method | Dyn11 (Customizable) | Work efficiency | ≥98% |
winding wire | H grade aluminium wire or copper wire(Customizable) | ambient temperature | -25℃~+40℃ |
Insulation method | Vacuum impregnation of H-class insulating paint | Protection level | IP20,IP23,IP45,IP54,IP65 (Customizable) |
Pressure resistance test | Primary to secondary 2.5KV/1 minute | Insulation resistance | Primary to secondary 2500V greater than 100 megohms |
Primary to ground 2.5KV/1 minute | Primary to ground 2500V greater than 100 megohms | ||
Secondary to ground 2.5KV/1 minute | Secondary to ground 2500V greater than 100 megohms | ||
The above parameters are for reference only. Please contact customer service for specific parameters, and the actual design parameters shall prevail! |