人工举升

研究探索潜油发电机的设计和潜力

本文探讨了潜油发电机的设计注意事项、理论基础和潜在的未来应用。

电缆保护器设计修改。
图 1——可保护器设计修改。
资料来源：SPE 214361。

潜水发电机 (ESG) 是对旧理念的现代诠释。ESG 可以发电以满足地面电力需求或直接馈入电网以在适当的注入条件下创造收入流。在典型配置中，标准离心泵与感应电机结合使用，以将泵的机械功转换为电能。完整的论文探讨了 ESG 设计考虑因素、理论基础和潜在应用。

什么是 ESG？

通用地热发电厂通常由自流或人工举升的生产井组成。

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Artificial lift

Study Explores Design, Potential of Electric Submersible Generators

This paper explores electrical submersible generator design considerations, theoretical underpinnings, and potential future applications.

Cable-protector design modifications.
Fig. 1—Cable-protector design modifications.
Source: SPE 214361.

The electrical submersible generator (ESG) is a modern interpretation of an old idea. The ESG can generate electricity to meet surface power needs or feed directly into the grid to create a revenue stream under the proper injection conditions. In typical configurations, a standard centrifugal pump is used in combination with an induction motor operated in such a way for the mechanical work of the pump to be converted into electrical energy. The complete paper explores ESG design considerations, theoretical underpinnings, and potential applications.

What Is an ESG?

A generic geothermal power plant typically consists of production wells that can be either artesian or artificially lifted.

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