湖南湘能电力设备监造有限责任公司

Hunan Xiangneng Electric Power Equipment Supervision Co., Ltd.

智慧监造 Smart Supervision

已成功完成 7500+ 个监造项目,遍布全国各地 Successfully Completed 7500+ Supervision Projects Nationwide

2022 年至 2025 年,公司共计完成监造任务 2681 条。 From 2022 to 2025, the company completed a total of 2681 supervision tasks.

年度 Year 变压器/电抗器
(台)
Transformer/Reactor
(Units)
组合电器
(间隔)
Combined Apparatus
(Bays)
断路器
(台)
Circuit Breaker
(Units)
隔离/接地开关
(台)
Isolating/Earthing Switch
(Units)
电力电缆
(千米)
Power Cable
(km)
铁塔
(吨)
Steel Tower
(Tons)
导地线
(吨)
Conductor/Ground Wire
(Tons)
设备总价值
(亿元)
Total Equipment Value
(100M Yuan)
2022 303 1567 40 187 226.71 - - 29.72
2023 295 1640 51 365 53.36 - - 36.4
2024 497 2261 89 409 - 13128 - 58.24
2025 444 2693 130 90 36.45 38189 12007 57.57
总计Total 1539 8161 310 1051 316.52 51317 12007 181.93

湘能监造公司管理平台 Xiangneng Supervision Management Platform

提升工作效率 Improve Work Efficiency

摒弃传统手工操作的繁琐与低效,平台借助自动化流程、智能提醒以便捷的数据查询功能,将监理人员从海里的文书工作中解放出来,使其能够将更多精力投入到核心业务中,提升工作效率,促进项目推进。

Abandoning the complexity and inefficiency of traditional manual operations, the platform uses automated processes, intelligent reminders, and convenient data query functions to liberate supervisors from heavy paperwork, enabling them to focus more on core business, improve work efficiency, and promote project progress.

提高服务质量 Improve Service Quality

通过精细化的任务管理、实时的质量数据监控以及全面的问题追溯机制,平台对电力设备监造项目实施全过程、无死角的质量管控。确保每一道工序、每一个环节都符合标准要求,降低质量风险,为客户交付高品质的电力设备保驾护航。

Through refined task management, real-time quality data monitoring, and comprehensive problem tracing mechanisms, the platform implements full-process and comprehensive quality control for power equipment supervision projects, ensuring that every process and link meets standard requirements, reducing quality risks, and delivering high-quality power equipment to customers.

减少人为失误 Reduce Human Errors

平台将工作责任落实到人,配合自动提醒机制,有效规避因事务繁杂、人为疏漏导致的工作遗漏问题,有效降低工作失误率,提升了工作执行的精准度与完整性。

The platform assigns work responsibilities to individuals, combined with automatic reminder mechanisms, effectively avoiding work omissions caused by complex tasks and human negligence, reducing work error rates, and improving the accuracy and completeness of work execution.