The new dimensions of Dynamic Vegetation Management

The latest technologies can help you optimize your green spaces. Find out how we can help you with vegetation monitoring!

innovation

Reduce the cost of vegetation management with the HAWK System Platform

The reliability of overhead high- and medium-voltage lines and the preservation of environmental balance ā€” which includes safeguarding protected tree species, nesting birds, public safety, and fire prevention ā€” are closely tied to effective vegetation management. Uncontrolled vegetation growth near these lines can not only cause operational failures but also create ecological and safety challenges.

Satellite vegetation analysis

Latest historical data and vegetation growth models.

Vegetation analysis using drone-mounted sensors

Accurate and detailed aerial surveys using imaging and LiDAR technology.

Vegetation analysis with a vehicle mounted camera

Easy to use, real-time analysis. Close to the road network.

Fully automated technical solutions

Talamone Group offers a range of modern technologies in the field of vegetation management. We help you effectively manage your green spaces with satellite analysis, drone surveys, and camera solutions.

Satellite vegetation analysis: the key to future green space management

Satellite-based vegetation analysis enables accurate and efficient monitoring of green areas, providing real-time data on vegetation health.

Precision solution

Optimize vegetation management with the latest satellite technology.

Real-time data

Immediate information on the state of green spaces, helping you make quick decisions.

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Drone technology for vegetation analysis: efficiency and precision all in one place

Drone-mounted sensors are revolutionising vegetation analysis, enabling detailed and accurate data collection. This technology allows us to survey green areas faster and more efficiently.

Innovative solution

Obtain on-demand insights about the vegetation, facilitating proactive decision-making and streamlined operations.

Cost-effective

Reduced labour requirements and faster results with drone solutions.

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Precise vegetation analysis with our vehicles for efficient green space management

We use vehicle-mounted cameras to collect accurate and detailed vegetation data. This technology is suitable for analyzing vegetation in urban areas and alongside roadside electrical networks.

Innovative solutions

Real-time data for optimal management and maintenance of green spaces.

Efficient analysis

Easy-to-understand and fast information on the state of vegetation.

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A significant proportion of the failures in the overhead power line network are related to vegetation along the lines. A large part of maintenance costs comes from clearing the linesā€™ safety zone and managing vegetation, so it is important to handle these tasks in a controlled and efficient manner, aligned with asset management objectives.

Data-driven Work Management

Data Collection

Vegetation inventory

Planning

Map-based planning

Implementation

Map-based administration

Checking data

Satellite vegetation inventory

Impact assessment

Advanced monitoring system

Data Collection

Vegetation inventory

Planning

Map-based planning

Implementation

Map-based administration

Checking data

Satellite vegetation inventory

Impact assessment

Advanced monitoring system

Planning phase

Work assignment, task completion report

Simple documentation form

On-site recording with targeted task sets

Accurate documentation with photo-based proof

Responsible work performance

A US study found that the dynamic approach reduced outages in stormy weather by 16-48%

Dynamic vegetation management plays a significant role in the operation of electricity distribution companies, particularly in reducing outages, increasing network reliability and minimising fire risk. The integration of modern technologies allows for proactive risk management and cost-effective resource allocation.

Risk identification and prioritization

Our dynamic vegetation management platform uses LiDAR, satellite imagery and artificial intelligence to identify hazardous vegetation close to power lines. This allows early detection of threats such as:

  • Tree growth trends around power lines
  • Trees that are prone to collapse during storms or extreme weather
  • Undergrowth under power lines posing a fire hazard
  • Our platform optimizes maintenance work with GIS-based mapping and time series models

Increasing storm resistance and reliability

A dynamic approach is key to managing extreme weather events:

  • “Conductor-zone” and “boundary-zone” management among primary vegetation strategies (e.g. preference for low-growing plants near conductors)
  • Forest fire prevention by removing invasive species and flammable undergrowth
  • Use real-time data for pre- and post-storm situation assessment

Regulatory compliance and cost reduction

The platforms integrate legal requirements into workflows:

  • Automated documentation to regulatory authorities.
  • Resource allocation focused on the highest risk areas, with cost reductions of up to 60-70% per year (where and when needed.)
  • Public consultation on vegetation management plans.
  • Automated reports to aid planning.
  • Budget optimization based on risk level, minimizing unnecessary work
  • Remote monitoring via satellites or drones, reducing the number of site inspections, with a focus on high-risk locations.