(PRWEB) November 22, 2011
MECASOLAR, a multinational company specialising in the design, manufacture and sale of solar trackers, fixed structures, and foundation screws, has recently launched a new polar aligned tracker, the only PV solar tracker that can drive up to 114.4 kWp with a single controller and motor, thus reducing the costs per installed Wp. This new product allows easy transport and installation because it is fully modular and scalable, which means the final assembly can be done at the location.
This new single-axis polar aligned solar tracker (MS-1EP) by MECASOLAR carries up to 44 tilted axes on a north-south line on which the PV panels rotate. Each axis can carry a total of 2.6 kWp and all of them are interconnected via a transmission bar. One motor can drive up to 730 sq m of PV panels (max. 114.4 kWp).
Its structure is modular and scalable to 10 modules per axis, or 440 modules per tracker. The MECASOLAR polar aligned tracker is astronomically controlled. Backtracking can be used as well, which allows for increased output (+30%) and PR in the installation as compared to a fixed mount system.
MECASOLAR’s new product is the result of broad experience in the PV industry and a hard-working R&D team. Competitive advantages include simple modular assembly at the solar installation, easy transport of the tracker’s parts, and robust structure made of hot-dip galvanised steel (under ISO 1461 standard) that provides corrosion protection and durability.
The technicians at MECASOLAR explain that the new tracker has been designed to be used with different foundation systems (with or without concrete, via foundation screws), which saves time in assembly and ground preparation too. “Land levelling, which is not permitted by environmental authorities in certain locations, is not required, which reduces work costs and avoids affecting the land,” they add.
Foundation screws can be used to fix MECASOLAR’s new tracker; for example, MECASCREW, the universal foundation screw the company launched in June 2011. Compatible foundation screws are admitted in the structure as well.
Furthermore, thanks to the axes’ simple modular design, they can be used with other PV modules available on the market. In addition, the system requires low maintenance and involves reduced consumption. Also, it has an active wind protection system including an anemometer and a vane to determine the safest position.
Since its establishment in 2005 and the launch of the MS Tracker 10 and MS Tracker 10+ dual-axis trackers, MECASOLAR has been growing steadily. Proof of this are the manufacturing plants set up in Greece (2008), the USA (2009), Italy (2009), and Canada (2010). As a result, the number of solar trackers manufactured in all five plants has risen to 24,000, with 311 MW installed trackers.
The increase in manufacturing capacity and a stronger global presence have led to an enlarged product catalogue after a series of new releases:
- December 2008: MS-1E TRACKER 15 and MS-1E TRACKER 15+ single-axis azimuth trackers
- February 2009: MS1F/2F/3F-V Vertical and MS1F/2F/3F-H Horizontal fixed structures
- June 2009: Improved MS-2E TRACKER 10 and MS-2E TRACKER 10+ 13.16 kWp dual-axis trackers, receiving the Solar Award 2009
- June 2011: MECASCREW universal foundation screw for fixed installations in all types of ground
- November 2011: New single-axis polar aligned modular solar tracker
The MECASOLAR products are available in all five continents, Europe being their “natural” market, followed by America, Asia, Oceania, and Africa.//
MECASOLAR specialises in the design, manufacture and sale of single-axis and dual-axis solar trackers, fixed structures, and foundation screws for PV installations. The company has manufacturing plants in Spain, Italy, Greece, Canada, and the USA.
All MECASOLAR products are manufactured using cutting-edge technology. The dual-axis trackers can increase solar energy production by 35% as compared to fixed installations, and they offer a 10-year warranty on parts and workmanship. The seasonal single-axis azimuth tracking systems improve output by 28% over fixed structures, and they require minimum space: 2.51 ha/MW (6.2 acres/MW).
The company’s polar aligned tracking system boasts a capacity of 114.4 kWp, improved PR, reduced costs per Wp, and increased profitability.//