This month, explore how solar power keeps CCTV towers running off-grid, and how our mobile security towers provide real-time protection during natural disasters. In the sustainable energy sector, they safeguard solar and wind plants from theft and environmental risks. Plus, meet Abel Assmann, our new Sales & Support Specialist, dedicated to enhancing customer service and driving growth. Dive into these updates and see how we’re advancing security solutions together!
Kind regards,
Henk de Haan CEO TelescopicMast
The team is growing!
We're happy to welcome Abel Assmann to the team. He introduces himself to you.
"On November 1st, I started as Business Support Specialist at TelescopicMast. I support the sales department, manage processes, provide technical assistance, and lead outbound marketing. With experience in sales and hospitality, I look forward to strengthening customer relations, optimizing operations, and contributing to our growth goals!"
The use of security towers in the sustainable energy sector
Solar and wind plants face theft, vandalism, and environmental risks like fires and severe weather. Mobile security towers offer 24/7 surveillance, deterring intruders and ensuring rapid response. Powered autonomously, they adapt to remote locations, providing flexible, reliable protection that safeguards valuable assets and supports the uninterrupted operation of these vital energy sites.
The use of solar and clean energy to power CCTV towers
In many applications where rapid deployment CCTV towers are needed, security threats often arise in areas that lack ready access to power. For these off-grid sites, a critical challenge is how to power the tower and its equipment and how long they can operate without grid connection.
How mobile security towers can help during natural disasters
The rise in natural disasters demands urgent, flexible security solutions. Mobile security towers from TelescopicMast provide rapid deployment, real-time monitoring, and independent operation, crucial for protecting people and property during emergencies.
