Avoid the Destruction!
exci’s Advanced AI Detects Bushfires And Alerts Authorities
Automatically Within Minutes After Ignition
Wildfire Detection
for Solar and Wind Farms
Renewable energy assets face growing wildfire risk – early detection buys time
Solar and wind farms are increasingly exposed to wildfire as longer fire seasons, hotter conditions and expanding renewable energy developments place more infrastructure in high-risk landscapes. Wildfires threaten personnel, critical infrastructure, power generation and surrounding environments, particularly where sites are remote and emergency response may be delayed.
Earlier situational awareness provides valuable time to verify incidents, assess developing threats and begin coordinating an informed response before fires disrupt operations or damage critical infrastructure.
exci provides Australian-made AI wildfire detection and operational intelligence that identifies smoke within one to three minutes using live PTZ camera imagery. Through exciMap, renewable energy operators can verify incidents quickly, understand the situation and coordinate an informed response across large and complex solar and wind farms.
Short answer: What is early wildfire detection for solar and wind farms?
Early wildfire detection uses AI to continuously analyse live PTZ camera imagery and identify smoke indicating a fire within one to three minutes under normal operating conditions. By providing earlier awareness of developing incidents, renewable energy operators can verify events sooner, assess the situation and begin coordinating an informed response while more operational options remain available.
Why do solar and wind farms face increasing wildfire risk?
Solar and wind farms often operate across large, remote and vegetation-rich landscapes where wildfires can threaten critical infrastructure, interrupt power generation and place maintenance crews at risk. Longer fire seasons, hotter conditions and more extreme fire behaviour mean operators have less time to respond once a fire starts.
Large, remote operating environments
Renewable energy sites often cover extensive areas and may be located far from emergency services. Fires can develop unnoticed for extended periods if there is no dedicated monitoring, increasing the risk to critical assets and surrounding infrastructure.
Vegetation and electrical infrastructure
Solar panels, wind turbines, substations, transmission connections and associated electrical equipment are commonly surrounded by vegetation that requires ongoing management. Wildfires can threaten both generation assets and the infrastructure that connects them to the electricity network.
Protecting power generation and critical assets
Wildfires can damage renewable energy infrastructure, interrupt electricity generation and delay maintenance activities. Even fires outside a site boundary can affect access roads, transmission corridors and supporting infrastructure, disrupting normal operations.
Operational resilience and stakeholder expectations
Renewable energy operators are expected to manage wildfire risk responsibly while protecting workers, maintaining reliable generation and demonstrating effective operational governance. Earlier awareness supports informed decision-making and strengthens long-term operational resilience.
These challenges mean renewable energy operators need more than simply knowing a fire has started. Earlier detection provides the first opportunity to verify the incident, understand the situation and coordinate an informed response before a developing wildfire disrupts operations or threatens critical energy infrastructure.
The toll of wildfires on solar and wind farms
Wildfires can affect far more than the immediate fireground. They can damage high-value generation assets, interrupt electricity production, restrict site access and create significant operational, financial and environmental consequences.
Asset damage and operational disruption
Wildfires can damage solar panels, wind turbines, substations, cabling, access roads and supporting infrastructure. Even when core assets are not directly affected, smoke, fire activity and road closures can interrupt maintenance, inspection and normal operations.
Power generation and grid impact
A wildfire affecting generation assets or grid connections can reduce output, force shutdowns and disrupt electricity supply. For large renewable energy sites, even temporary outages can have wider consequences for network reliability and contracted generation commitments.
Financial and stakeholder consequences
Major wildfire events can lead to repair costs, lost generation revenue, insurance claims and increased scrutiny from regulators, investors and asset owners. Operators are expected to demonstrate proactive risk management and effective operational preparedness.
Environmental impact and recovery costs
Wildfires can damage surrounding vegetation, habitats and rehabilitation areas while releasing greenhouse gases and destroying vegetation that stores carbon. Earlier detection improves the opportunity to contain fires while they remain small, helping reduce environmental damage, recovery costs and associated carbon emissions.
Early wildfire detection is not simply a technology upgrade. It is the first step in an operational capability that helps renewable energy operators verify incidents, make informed decisions, coordinate response and protect generation assets before a developing wildfire becomes a major operational emergency.
Short answer: How fast does exci detect wildfire smoke?
exci detects wildfire smoke within one to three minutes of ignition under normal operating conditions. By continuously analysing live PTZ camera imagery with AI, exci provides earlier awareness that enables renewable energy operators to verify incidents, coordinate response and act while more operational options remain available.
Shared wildfire awareness across neighbouring renewable energy assets
Wildfire risk does not stop at property boundaries. Where exci camera coverage provides visibility across neighbouring renewable energy assets, transmission corridors, public land or adjoining properties, shared alerting can be enabled for the same detection event without charging multiple organisations for the same alert.
This supports coordinated wildfire awareness across neighbouring asset owners, land managers and emergency services while maintaining clear governance, access controls and operational responsibility. The result is earlier shared awareness without unnecessary duplication of monitoring costs.
Learn how exci enables shared wildfire alerting across neighbouring renewable energy assets without duplicate detection charges.
How is exci engineered for renewable energy infrastructure?
Solar and wind farms operate across large, remote and weather-exposed landscapes where reliable monitoring is essential. Through exciMap, operators can verify detections, control cameras, label incidents and maintain situational awareness from a single operational platform.
exci provides a complete solution purpose-built for renewable energy infrastructure, including:
- high-performance, camera-agnostic PTZ systems
- towers up to 41 metres for wide, unobstructed coverage where required
- solar power and long-range communications for remote locations
- rugged hardware designed for heat, dust, wind and harsh operating environments
- flexible deployment models tailored to renewable energy operations of all sizes
This provides reliable monitoring across large and complex renewable energy sites, giving operators earlier awareness when every minute counts.
Short answer: How far can exci detect wildfire smoke?
exci can detect wildfire smoke at distances of approximately 15 to 25 kilometres, depending on terrain, elevation, weather and visibility. Actual detection range varies with local conditions and camera placement, so each deployment is designed to maximise coverage across the specific operational environment.
A sovereign capability you can trust
exci is Australian-owned and Australian-made, with operational data stored onshore in Australia. This supports Australian jurisdiction, regulatory expectations and practical governance for organisations responsible for protecting critical renewable energy infrastructure.
Sovereign capability matters for renewable energy operators that require operational control, data security and long-term reliability when protecting generation assets, maintaining electricity supply and managing critical infrastructure.
Where has exci's wildfire detection been proven?
exci’s AI wildfire detection system monitors millions of hectares across Australia, supporting renewable energy infrastructure, critical infrastructure, mining operations and government agencies. With more than 200,000 bushfires detected, the system has demonstrated consistent performance across some of Australia’s most demanding operating environments.
Renewable energy operators choose exci because we provide:
- smoke detection within one to three minutes
- dependable performance across large and remote renewable energy sites
- customer-controlled live monitoring and PTZ camera access
- complete installation, maintenance and hardware support
- a sovereign AI system designed for Australian conditions
You can also explore how exci supports Utilities & Critical Infrastructure and Mining Operations, where protecting remote assets and maintaining operational continuity are equally important.
Detecting fires as early as a minute after they start
Common questions from renewable energy operators
Can exci operate at remote, unmanned renewable energy sites?
Yes. exci is designed for remote operations using solar power where required and multiple connectivity options, including Starlink, microwave, 4G and 5G, depending on site conditions.
Do operators have full control of the PTZ cameras?
Yes. Operators have full pan, tilt and zoom control to verify detections instantly without interrupting AI analysis.
Do we get true live camera views across the site?
Yes. exciMap provides true live camera imagery, allowing operators to verify incidents, monitor developing situations and maintain situational awareness across large renewable energy sites.
How do you design coverage for solar and wind farms?
Coverage is tailored to each site based on terrain, vegetation, solar arrays, wind turbines, substations, transmission infrastructure and operational priorities. Every deployment is designed to maximise coverage while balancing performance, cost and operational requirements.
Is our operational data stored in Australia?
Yes. exci is Australian-owned and Australian-made, with imagery and operational data stored onshore in Australia, supporting organisations that require Australian data residency and operational control.
How does exci support large renewable energy developments?
exci has demonstrated large-scale capability across more than 40 million acres in Australia and through a 1,000-camera North American proof of concept covering approximately 130 million acres, supporting extensive industrial, regional and remote landscapes.
Solar and wind farms summary
- Sovereign Australian-owned and Australian-made AI wildfire detection
- Smoke detection within one to three minutes
- Designed for large and remote renewable energy infrastructure
- Supports faster incident verification, coordinated response and operational continuity
- Proven across millions of hectares and more than 200,000 confirmed bushfire detections
- Demonstrated large-scale capability through a 1,000-camera North American proof of concept covering approximately 130 million acres
- Shared wildfire awareness across neighbouring renewable energy assets without duplicate detection charges
- Supports informed operational decision-making while fires are still small
- Helps protect renewable energy assets and maintain reliable electricity generation through earlier containment
Early wildfire detection helps protect renewable energy assets and maintain power generation
Renewable energy operators depend on informed decisions made during the earliest stages of a wildfire. Earlier detection provides operators with the opportunity to verify incidents sooner, coordinate an informed response and help protect generation assets, critical infrastructure and electricity supply before a developing wildfire becomes a major operational emergency.
Request an infrastructure briefing to see how exci supports solar and wind farm operators with early AI wildfire detection and operational intelligence.