The HYPERION-MR® is a single-axis tracker which installation simplicity and efficiency proves to be advantageous over the traditional fixed structures.
Holding a 25% higher output compared to fix structures, plus its cost-effectiveness and manageability, the HYPERION-MR® is the most competitive tracker on the market
This type of tracking system can increase the power output by 25% compared to ground-mounted fixed structure systems, depending on the latitude.
CUSTOM MADE SERVICES
The HYPERION design can be adapted to client’s needs and the local regulations as per project’s location. Installation training and comission services can be provided at no cost*.
SIMPLE MODULAR ASSEMBLY
Due to its modular, low-height design, the assembly of the HYPERION lacks from complexity, avoiding the use of cranes or lifting equipment and simplifying the installation process.
ON-SITE WELDINGS NOT REQUIRED
The entire tracker can be assembled with fastening devices, therefore on-site weldings are NOT required, reducing workforce cost and mounting time. The ergonomy of the design ensures minimum equipment and installation effort.
MECASOLAR’s trackers are assembled on-site, ensuring affordable and efficient delivery in standard containers.
The HYPERION has been carefully designed as to be perfectly adapted to different types of terrain (including uneven terrain up to 10% inclination). Specially designed features to afford extended tolerances for easier installation plus a variety of different types of foundations permiting reduction of civil works. All anchoring systems are available.
Lubricant free on the joints MS-Smart Joint®. The design height of the entire system makes the structure accesible for maintenance and cleaning.
The sophisticated engineering design contains a reduced number of moving parts, diminishing then tracking error and maximizing outcome by working in parallel with an advanced astronomical software system.
|Tracking method||Single axis horizontal tracker, multi row with or without back tracking|
|Max power per tracker||Up to 190,08Kwp*|
|Standard number of axis||12|
|kWp per axis||Up to 15.84 kWp*|
|Number of modules per axis||Up to 40 modules of 72 cells / up to 48 modules of 60 cells|
|Control||PLC running astronomic algorithm for positioning through analogue Control inclinometer. Backtracking option included.|
|Movement sensor||Analogue inclinometer|
|Operating range||Maximum 52.5° East to 52.5°West. Standard ±45°/±50°|
|Motor power (AC)||1,9 kW (Energy consumption estimated 165 kWh/year)|
|AC supply||230VAC /50 or 60 Hz (single phase/two phase or three phase AC supply available)|
|On site assembly||No welding or cutting on site. All assembly through screw fixations|
|Total surface of modules||Up to 960 m2 *|
|Material||Hot dip galvanized (as per ISO 1461) structural steel. Fixations Material quality 8.8 min and G B500 treatment|
|Dimensions: length x width x height||Up to 60m x 40.8 m x 2mheight at 45°|
|Max pitch||5 meters|
|Weight||Up to 13.500 kg including ram piles 2 meters below ground level.|
|Height from ground level (in 45º)||0,4 m min. Varies as per depth of anchoring and topography.|
|Anchoring system||Options available: Ram pile, concrete pilot pile, concrete slabs or screw pile anchoring system.|
|Warranty||2 years standard component warranty. 10 years anticorrosive warranty for ambient conditions C3 or less*. Design life mo|