COMPLETE AUTOMATION FOR SOLAR PILE DRIVING
The NASKU System goes way beyond providing accurate real-time positioning information. The System automates the pile driving by automatically bringing the machine to exactly the right position and then driving the post to exactly the right height. No unnecessary surveying, no lasers, no flags, no strings, no guessing, no mistakes. Makes pile driving faster, cheaper, more accurate.
NASKU has been involved in over 300 utility-scale solar projects on five continents over the last 10 years. The System has been refined and proven many times over. Nothing else comes close.
We can modify your existing pile drivers, without interfering with their ramming function, to make them virtually “self-driven”, eliminating human error and inefficiency.
The NASKU System also provides real-time data, including posts driven, pounding time for each post, refusals and other problems, and even pile driver mechanical condition. And for project planning, NASKU’s easy-to-use proprietary software makes costly third party services unnecessary
REASONS TO USE NASKU TECHNOLOGY & SERVICES
Significant Cost Savings
Using the NASKU System eliminates costly labor, both skilled and unskilled, avoids cost of manual pre-design survey
Eliminates many hours of manual survey, allows one machine to place more than 50 posts per hour, using just two workers
Accuracy to within 2 centimeters in position andheight, using only the position data file you’re probably already using now.
The NASKU system is the only way we want to drive posts for solar jobs. It saves money
and speeds up pile-driving by 1 ½ to 2 ½ times... with no surveying!
— ROB R., OWNER, CONSTRUCTION FIRM
Q: What types of pile drivers does the system work with?
A: The NASKU system will work with most types of pile driver. The Full Automation option can only be used with hydraulic-driven machines such as Gayk, Orteco, Doyle, Turchi, and others.
For any inquiries, please call 307-459-6988, email firstname.lastname@example.org, or fill out the following form.