Why Domestic Clean Energy Is a Strategic Requirement for the Next Decade 

By Andy Davis | U.S. Army Veteran, 75th Ranger Regiment

Introduction 

I wore the uniform before I wore the renewable energy badge.  

I served in the Army during a period when American foreign policy was deeply entangled with energy security. We do not always say that out loud, but anyone who served in that era understood it. Oil fields, shipping lanes, and regional stability were not abstract geopolitical ideas. They appeared in briefings, operational planning, and the strategic assumptions behind many deployments. 

Today my work sits in a very different place: the American clean energy sector. But the motivation behind that work is surprisingly similar. I hope that the next generation of Americans will be less likely to serve in conflicts driven, even indirectly, by the protection of global energy supply chains. 

Energy security is national security. 

In 2026, that reality is less about rhetoric and more about practical capability. The question is not simply how much energy a country produces, but whether that energy can be built quickly, protected from disruption, and delivered reliably to the systems that power a modern economy. 

Strategic Independence Through Domestic Energy 

When a nation relies heavily on unstable regions or geopolitical competitors for energy supplies, its strategic flexibility narrows. History shows that energy dependence can influence trade negotiations, diplomatic posture, and military commitments. 

Domestic energy capacity expands that flexibility. 

Over the past decade the United States has increased production across oil, natural gas, renewables, and nuclear energy. According to the U.S. Energy Information Administration, the country is now one of the world's largest combined energy producers across multiple sources. 

That diversification matters, because it reduces exposure to global supply shocks and limits the ability of adversarial nations to use energy access as leverage. 

But energy independence in the modern era is not only about where fuel comes from. It is also about whether the energy system itself can withstand disruption. Resilience and redundancy have become just as important as production. 

The Threat Environment Around Infrastructure 

The modern threat environment surrounding energy infrastructure has changed significantly. 

Federal agencies including the Cybersecurity and Infrastructure Security Agency (CISA) have repeatedly warned that foreign state actors attempt to access and position themselves within critical infrastructure networks. Energy systems are a primary concern because disruptions could cascade across transportation, finance, communications, and defense systems. 

Physical threats are evolving as well. Conflicts around the world have demonstrated how relatively inexpensive drone technology can reach and damage strategic infrastructure targets far from front lines. 

At the same time, climate-related disasters are placing growing strain on the energy grid. The National Oceanic and Atmospheric Administration reports that the United States now experiences dozens of billion-dollar weather disasters annually, many of which damage energy infrastructure and trigger large-scale outages. 

Energy systems today must be designed with these realities in mind. Capacity alone is not enough. Security now requires three overlapping capabilities: 

Capacity – enough domestic energy supply to meet national demand 

Diversity – multiple generation sources to prevent single-point failures 

Resilience – infrastructure hardened against cyber, physical, and climate threats 

Clean energy technologies increasingly contribute to all three. 

Speed and the Digital Economy 

National security is increasingly digital. 

Artificial intelligence, advanced manufacturing, financial markets, military logistics, and cybersecurity operations all rely on massive computing infrastructure. Data centers supporting these systems require enormous and rapidly growing amounts of electricity. 

The challenge is not simply generating power, but generating it quickly enough to support technological growth. 

Many large-scale renewable energy projects can move from permitting to operation faster than traditional generation infrastructure. Solar installations, battery energy storage systems, and hybrid projects can often be deployed in modular stages rather than requiring decade-long construction timelines. 

That speed has strategic implications. According to the U.S. Department of Energy, electricity demand from data centers and digital infrastructure is expected to grow significantly over the coming decade. 

Energy systems that can scale within two to three years rather than a decade provide a meaningful advantage for national competitiveness and security. 

Resilience Through Distributed Systems 

Traditional centralized energy systems are highly efficient, but they can also create vulnerabilities. When large portions of power generation are concentrated in a small number of facilities, disruptions can and do have wide-reaching consequences. 

Distributed energy resources provide a different model. 

Microgrids, localized solar installations, battery storage, and diversified generation portfolios allow regions to maintain power even if portions of the grid fail. These systems can isolate disruptions, restore service faster, and support critical infrastructure during emergencies. 

Military planners often discuss the ability to move forces “from fort to port,” meaning the capability to mobilize domestically and deploy abroad when necessary. Energy infrastructure plays a quiet but critical role in that readiness. 

Resilient power systems ensure that domestic disruptions do not slow national response capabilities. 

KAOH Perspective: Building the Infrastructure of Security 

From the perspective of companies working directly in project development and community engagement, the strategic importance of energy infrastructure is visible at ground level. 

Projects succeed or fail based on permitting timelines, interconnection capacity, transmission availability, and local community support. Each of those factors determines how quickly new energy resources can be brought online. 

For developers and infrastructure investors, resilience and speed are not abstract policy goals but operational challenges that shape every project. 

Accelerating responsible permitting, modernizing grid infrastructure, and expanding interconnection capacity are all essential steps toward building the resilient domestic energy system national security now requires. 

In many ways, the work happening across the renewable energy sector today is infrastructure development with strategic consequences. 

From Rhetoric to Readiness 

Political slogans about energy come and go, but strategic realities remain constant. 

True energy security powers the domestic economy reliably, protects critical infrastructure from disruption, supports military readiness, and preserves diplomatic flexibility. 

It also reduces the likelihood that American service members will be asked to stabilize distant regions primarily to protect energy flows. 

As a veteran who transitioned into the renewable energy sector, I do not see clean energy development as an ideological project. 

I see it as preventative defense. 

Every megawatt built domestically.  

Every battery deployed. 

Every resilient microgrid installed. 

Every diversified energy portfolio. 

Each one strengthens the foundation beneath American national security. 

And perhaps most importantly, it helps ensure that future generations inherit an energy system strong enough to support both prosperity and peace.