Page 14 - 电力设备电气自动化控制技术研究
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第六章 职业教育与开放教育在电气自动化领域的应用 ···························· 157
第一节 电气自动化领域的职业教育体系 ········································ 157
第二节 开放教育在电气自动化领域的教学模式 ······························· 171
第三节 职业教育与开放教育在培养创新人才中的作用 ······················ 176
第四节 职业教育与开放教育在电气自动化领域的案例研究 ················ 187
第七章 电气工程及其自动化的实践与应用 ··········································· 191
第一节 电气工程及其自动化技术的实际应用 ·································· 191
第二节 自动化技术在电力系统调度中的应用 ·································· 195
第三节 自动化技术在智能电网建设中的作用 ·································· 198
第四节 电气工程及其自动化技术的未来发展趋势 ···························· 200
第八章 电力装备与照明设备的研发与应用 ··········································· 205
第一节 柴油发电机组的原理与应用 ·············································· 205
第二节 超静音发电机组的技术特点与市场前景 ······························· 208
第三节 移动发电机照明设备的研发与设计 ····································· 212
第四节 太阳能照明设备与太阳能发电机组的创新与应用 ··················· 215
第九章 电力设备的智能化与环保化 ···················································· 219
第一节 电力设备智能化的关键技术 ·············································· 219
第二节 智能化电力设备的节能与环保特性 ····································· 233
第三节 电力设备智能化与环保化的实践案例 ·································· 238
第四节 电力设备智能化与环保化的未来发展展望 ···························· 241
参考文献······················································································· 243
