跟进：美国陆军白沙靶场2700万美元能源与水微电网破土 可脱离商业电网独立运行14天
美国陆军 11 月 10 日在新墨西哥州白沙靶场北部的斯塔利恩营地为一座能源与水微电网工程破土，工程造价 2,700 万美元。陆军 11 月
13 日在官网发布了破土仪式的消息。
前情：11月3日，陆军工程兵团已将这座微电网的建造合同授予 AACON General Contractors 与 RavenVolt 组成的合资公司 AACON-RavenVolt JV，设计为太阳能发电、电池储能与现场备用发电相结合的馈线级微电网，当时合同金额未披露。此次破土标志着工程进入施工阶段，造价与配置细节随之公布。
这座微电网的资金来自美国陆军工程兵团的能源韧性与节约投资计划。工程包括一座 600 千瓦的光伏车棚、一台 700 千瓦发电机和一套 600
千瓦电池储能系统，并配套新建配电线路、光纤和安保设施。
按设计，微电网建成后可让营地的关键设施脱离商业电网连续独立运行 14
天，这也是美国陆军对关键设施能源韧性的统一要求。工程属于陆军「堡垒计划」的一部分，目标是提高军事设施在极端天气与电网故障下的持续运作能力。
白沙靶场驻军司令卢克曼上校在破土仪式上说：「这个项目事关任务保障。」他说：「在白沙，我们没有指望关键基础设施在需要时碰巧能用的奢侈。」陆军工程兵团阿尔伯克基区指挥官威廉姆斯中校和靶场设施能源经理柯林斯也出席了仪式。
白沙靶场是美军最大的导弹试验场之一。2025
年，靶场南部已建成一座为四口地下水井供电的微电网；此次北部营地工程完工后，靶场南北两端的关键设施都将具备独立供能能力。
关联：陆军工程兵团将在White Sands导弹靶场建先进微电网：太阳能加储能可脱离电网独立运行
Follow-Up: Army Breaks Ground on $27 Million Energy and Water Microgrid at White Sands Missile Range, Built for 14 Days Off the Grid
The U.S. Army broke ground on November 10 on a $27 million energy and
water microgrid at Stallion Base Camp, in the northern part of White
Sands Missile Range in New Mexico. The Army published news of the
groundbreaking ceremony on its website on November 13.
Background: on November 3, the U.S. Army Corps of Engineers Louisville District awarded the construction contract for the microgrid to AACON-RavenVolt JV, a joint venture of AACON General Contractors and RavenVolt, under a design combining solar generation, battery storage and on-site backup generation; the contract value was not disclosed at the time. The groundbreaking marks the start of construction, with the cost and configuration now made public.
The microgrid is funded through the U.S. Army Corps of Engineers'
Energy Resiliency and Conservation Investment Program. The project
includes a 600-kilowatt photovoltaic carport, a 700-kilowatt generator
and a 600-kilowatt battery storage system, along with new distribution
lines, fiber-optic cable and security measures.
By design, the completed microgrid will let the camp's critical
facilities run independently of the commercial power grid for 14
continuous days, meeting the Army's standard energy-resilience
requirement for critical infrastructure. The project forms part of the
Army's Project Fortress, which aims to keep installations operating
through extreme weather and grid failures.
Colonel Michael Lueckeman, the White Sands garrison commander, said at
the ceremony: "This project is about mission assurance." He added: "At
White Sands, we don't have the luxury of hoping critical
infrastructure works when we need it." Lieutenant Colonel Brian
Williams, commander of the Army Corps of Engineers' Albuquerque
District, and installation energy manager Craig Collins also attended.
White Sands is one of the U.S. military's largest missile test ranges.
A microgrid completed in 2025 on the southern range already powers
four groundwater wells; once the northern camp project is finished,
critical facilities at both ends of the range will be able to operate
on independent power.
来源：美国陆军
发布：GSM·美国（发布链接）
图片来源：图：美国新墨西哥州白沙导弹靶场（资料图）。美国陆军发布，公共领域。 / Photo: White Sands Missile Range, New Mexico (file photo). U.S. Army photo, public domain.
GSM Global · 本篇英文版 English edition of this story
- 2026-11-03 13:25陆军工程兵团将在White Sands导弹靶场建先进微电网：太阳能加储能可脱离电网独立运行
- 2026-11-14 18:04跟进：美国陆军白沙靶场2700万美元能源与水微电网破土 可脱离商业电网独立运行14天本篇
