Chris Vargas

RE: Opposition to the Camino Madre Renewable Power Project – Yavapai County, Arizona

To Whom It May Concern,

I am writing to formally oppose the proposed Camino Madre Renewable Power Project planned for the mountainous region approximately 26 miles southwest of Seligman, Arizona.

This project is proposed in a largely undeveloped landscape characterized by rugged mountain terrain, forested areas, grasslands, wildlife habitat, scenic vistas, and important ecological resources. The area supports numerous species of birds, mammals, reptiles, and native plants, including protected and sensitive species that depend upon relatively undisturbed habitat for survival. The region is also valued by residents and visitors for its natural beauty, dark skies, outdoor recreation opportunities, and rural character.

While renewable energy development plays an important role in meeting future energy needs, the location and design of this project raise serious environmental, public safety, and ecological concerns that warrant rejection or substantial reconsideration.

WILDLIFE IMPACTS

Wind energy facilities are not environmentally impact-free. Scientific research has documented significant impacts on birds, bats, and wildlife habitats.

Bird mortality is one of the most widely recognized concerns associated with industrial wind projects. Birds can collide with turbine blades, towers, transmission lines, and associated infrastructure. Raptors such as eagles, hawks, falcons, and owls are particularly vulnerable because they often focus on prey below rather than obstacles ahead. Large soaring birds may be at even greater risk when turbines are located near ridgelines, migration corridors, or nesting habitat.

Protected species including golden eagles, bald eagles, and other sensitive birds have been identified as vulnerable to turbine-related mortality. The proposed project area contains habitat utilized by numerous bird species that could be adversely affected by turbine construction and operation.

Bat mortality may represent an even greater ecological concern. In addition to direct collisions, bats can suffer fatal internal injuries from rapid pressure changes near turbine blades, a phenomenon known as barotrauma. Researchers estimate that hundreds of thousands of bats are killed annually by wind turbines across North America. Because bats provide essential ecosystem services through insect control and pollination, population declines can have broader environmental consequences.

HABITAT FRAGMENTATION

The environmental footprint of a wind project extends far beyond the turbines themselves. Roads, turbine pads, maintenance facilities, substations, transmission corridors, and utility infrastructure fragment previously intact habitat.

In mountainous environments such as the Camino Madre project area, habitat fragmentation can disrupt migration patterns, alter wildlife behavior, reduce breeding success, and permanently change ecosystem function. Once roads and utility corridors are established, invasive species, erosion, and increased human disturbance often follow.

LIGHTNING, FIRE RISK, AND INDUSTRIAL DEVELOPMENT

Wind turbines are frequently struck by lightning because they are often the tallest structures on ridgelines and elevated terrain.

Although modern turbines include lightning protection systems, no system is perfect. Turbine fires resulting from lightning strikes have occurred worldwide. The proposed project area is already subject to seasonal thunderstorms and lightning activity. Constructing hundreds of feet tall turbines across mountain ridges increases the number of structures exposed to lightning events.

The addition of extensive electrical infrastructure and battery storage facilities introduces further risk to an environment already vulnerable to wildfire.

LITHIUM BATTERY STORAGE IN AN EXTREME FIRE-DANGER AREA

Perhaps the most alarming aspect of this proposal is the inclusion of large-scale lithium battery energy storage systems (BESS) in an area that faces significant wildfire risk.

Lithium-ion battery fires differ dramatically from ordinary structure or vegetation fires. When damaged, overheated, or affected by manufacturing defects, batteries can enter a process known as thermal runaway, where individual cells ignite neighboring cells and create self-sustaining fires.

These fires are exceptionally difficult to extinguish and may burn for days or even weeks. Traditional firefighting methods are often ineffective. Fire departments frequently must focus on cooling surrounding structures and allowing affected batteries to burn themselves out.

In a remote mountainous environment, suppression efforts could be even more difficult due to limited access, rugged terrain, water availability challenges, and weather conditions.

The danger becomes even greater when considering lightning. The project area experiences seasonal thunderstorms, and lightning-caused wildfires are already a known hazard. A lightning strike that results in a battery storage fire could create an emergency far beyond the capability of local firefighting resources.

LESSONS FROM THE MOSS LANDING BATTERY FIRE

The battery fire at the Moss Landing Energy Storage Facility in California demonstrated the potential consequences of large-scale battery incidents.

The event generated widespread concern regarding toxic emissions, environmental contamination, emergency response challenges, and public safety. Residents reported concerns regarding air quality and potential exposure to hazardous materials released during the fire.

Although industry and regulators continue studying the long-term impacts, Moss Landing serves as a cautionary example of what can happen when large-scale battery systems fail.

The proposed Camino Madre project would place similar technology in a remote mountain ecosystem that contains sensitive wildlife habitat and faces substantial wildfire risk.

AIR, SOIL, AND WATER CONTAMINATION

Large lithium battery fires may release hazardous compounds, including toxic gases, particulate matter, heavy metals, and other contaminants.

These contaminants can affect:

• Air quality through smoke and toxic emissions.
• Soil quality through deposition of metals and chemical residues.
• Surface water through runoff following firefighting efforts or rainfall.
• Groundwater through long-term contamination pathways.

These risks are particularly concerning in an area supporting sensitive wildlife populations, protected species, native vegetation communities, and watershed resources.

A battery fire in this environment could have ecological consequences extending far beyond the project boundaries.

SCENIC, RECREATIONAL, AND COMMUNITY IMPACTS

The mountains southwest of Seligman represent an important scenic and recreational resource. Industrial-scale turbines, flashing aviation lights, transmission infrastructure, battery facilities, roads, and substations would permanently alter the visual character of the landscape.

Residents, visitors, hunters, hikers, wildlife enthusiasts, and outdoor recreation users would experience the industrialization of a region currently valued for its natural setting.

CONCLUSION

The Camino Madre Renewable Power Project presents significant risks to wildlife, habitat, scenic resources, and public safety. The proposed location combines several factors that make this project particularly concerning:

• Sensitive wildlife habitat.
• Potential impacts to protected bird and bat species.
• Habitat fragmentation from extensive infrastructure.
• Increased exposure of tall structures to lightning strikes.
• Placement of large lithium battery storage facilities in a high-fire-risk environment.
• Potential air, soil, and water contamination from battery fires.
• Difficult emergency response conditions due to mountainous terrain.
• Long-term alteration of the region’s natural and scenic character.

Renewable energy development should be pursued responsibly and in locations where environmental impacts can be minimized. The Camino Madre project, as currently proposed, places industrial infrastructure in a sensitive mountain ecosystem where the environmental risks and potential consequences outweigh the anticipated benefits.

For these reasons, I respectfully urge all reviewing agencies and decision-makers to deny approval of the Camino Madre Renewable Power Project or require a comprehensive reassessment of alternative locations and project designs that better protect wildlife, public safety, and the natural resources of Yavapai County.

Respectfully,

Chris Vargas