BENEFITS
- UP TO 87% ANNUALLY MORE ENERGY PRODUCTION in comparison with standing PV systems;
- MORE CO2 EMISSIONS SAVED in ton equivalent;
- MORE EFFICIENCY per unit area;
- ECO FRIENDLY with less direct environmental impact;
- LESS AREA INTERACTION;
- ONLY 9 700sq.m surface for 1 MW installed capacity;
- Perfect for LARGE SCALE PROJECTS;
- A DYNAMIC HIGHLY VERSATILE STRUCTURE which meets the fast-developing market
- ANY type and size of MODULES can be accommodated within the structure (from 400Wp to 6-7-800Wp and more);
- Effective multi technical design for:
- ROOF with any incline;
- GROUND construction no matter the substrate or incline;
- Small, medium and large ENTERPRISE
- MULTI USE AREAS for example PARKING or remain I aavailable for other purposes;
- ENVIRONMENTALLY friendly, economically efficient and a SMALL AREA SURFACE TO INTERACTION
- MULTIPLE TYPES AND HEIGHTS of BASE From single pylon to tower structure with height from 0,4 up to 10-meter height;
- EASILY ASSEMBLED, TRANSPORT AND DELIVERY;
- INTERCHANGABLE with existing PV amortized projects;
- HEXAGON SHAPE which allows maximum effective utilization on ANY PLOT SHAPE or SIZE;
- The INTERNAL MODULES PLACEMENT with wind corridors which:
- Allow the CONSTRUCTION TO COOL;
- Make it MORE RESISTANT TO VARIABLE WEATHER conditions;
- Allow less DUST FORMATION;
ELECTRIC PART
| Monitoring system | Network Control Unit / SCADA interface |
| Tracking control system | TdAPS (Time derived astronomical positioning system) |
| Control system
| Protection against turning more than 300 degrees; Self-powered wireless controller; RS485, Ethernet, WLAN |
| Type of application program for supervision and settings | iSolar Cloud – available for Windows, Android and iOS |
| Monitoring, setting and changing data online | Yes |
| Turned on the position online | Yes |
| Turning time interval | Every 15min. |
| Type for communication interface | Wireless, Ethernet, USB interface |
| Updating possibility online | Yes |
Download iSolar Cloud
COMPLIANCE AND OPERATION
| Compliance
| IEC 61215/ IEC 61730 / IEC 61701 / IEC 62716 ISO 9001: Quality Management Systems; IEC 62109, IEC 61727, IEC 62116, IEC 60068, IEC 61683, VDE-AR-N 4110:2018, VDE-AR-N 4120:2018, IEC 61000-6-3, EN 50438, AS/NZS 4777.2:2015, CEI 0-21, VDE 0126-1-1/A1 VFR 2014, UTE C15-712-1:2013, DEWA |
| Protection class | IP66/IP68/IP54 |
| Material | galvanized steel/stainless steel S235JR по БДС EN 10219-1:1997, БДС EN 10219-1:2006/NA:2011 S235JR БДС EN 10025-2, БДС EN 1993-1-1:2005/NA:2011 |
| Corrosion class | standard C3, optional C4 or more |
| Operating temperature range | -40 °C to +60 °C / -45.4 °F to 140 °F |
| Foundation | Concrete (customizable all steel foundation) Piles, Column; |
| Max. wind speed | Max. wind speed in storm up to 167 km/h up to 105 mph (3-sec. gust) position (standard) |
| Wind protection | Intelligent wind absorption by reduction system for maximum array stability in all wind conditions. |
| Snow load | 108kg/sq.m |
| Warranty | 10 years on structural components; 5 years on drive and control systems. Extended terms available upon a request. |
TRACKING RANGE
| Azimuth angle range | From sunrise to sundown – 260° (± 1°) – |
| Tilt angle | Seasonable by solstice – adjustable to exact latitude. |
| Tracker accuracy | Up to 0.1° |
| Type of tilt angle drive | Drive motor Un=230V, P=0,37kW, In=2,63A, n=1348min-1
|
| Type of tilt angle drive | Manually calibration 2 to 4 times during the year |
| Power / modules per tracker
| 4,4kWp – 8 modules; 5,5kWp- 10 modules; 6,6kWp- 12 modules; 8,8kWp- 16 modules; 15,95kWp -29 modules; 18,7kWp- 34 modules;
*550Wp module single capacity |
| Shape | Hexagon |
| Trajectory | Circle |
| Rotation Trajectory
| D=7.15m – 8 pcs. tracker D= 8.20m – 10pcs. tracker D= 8.80m – 12pcs. tracker D= 10.35m – 16pcs. tracker D= 14.30m – 29pcs. tracker D= 14.60m – 34pcs. tracker |
| Sq.m per tracker | S=40.04sq.m – 8 pcs. tracker S=52.82sq.m – 10pcs. tracker S=60.82sq.m – 12pcs. tracker S=84.13sq.m – 16pcs. tracker S=160.61sq.m – 29pcs. tracker S=167.42sq.m – 34pcs. tracker |
| Area interaction per 1MWp (54 trackers with 34pcs.) installed capacity | 9 538,02 sq.m – with servicing areas and distance from column to column -15m. 9040,68 sq.m without servicing area |
| Height per tracker on land/roof | Min. 0.4m from the ground/roof up to 1.5m |
| Heigh per tracker in urban areas/parking | From 2m. from the ground up to 4m. *Higher constructions area available upon a request |
| Max weight with solar modules | 2250kg |
| Estimated tracker live | 25 years |
| Electromagnetic compatibility | Yes |
| Ground cover ratio | > 84% |
| Stow position | Yes |
| Night position | Yes |
| Backtracking | Yes |
| Maintenance position | Yes |
Pv systems are perfect for:
Due to the many implemented technological solutions, the system occupies only 9700 sq.m. for 1MWp installed capacity, which makes it the first two-axle tracker system suitable for large-scale projects.
FOR ANY TYPE OF PLOT/ROOF AND SHAPE
The hexagon shape of the structure and its different sizes (number of modules) allow each plot/roof, regardless of its shape, to be maximized in order to increase the productivity per unit area.
URBAN AREAS
PV SUN can be placed on a pylon/column structure up to 10m. high and because there is only single base located centrally with an area of 1 sq.m, which makes it extremely suitable for urban areas.
PARKING/CHARGING STATIONS
Because PV SUN can be placed on a pylon structure up to 10 m high with a single base – located centrally, it can be used for a dual purpose: power plant-parking, which can power charging stations for electric vehicles. In this way, the energy used to charge environmentally friendly cars will be truly “green”.
ROOFS
The PV SUN system is suitable for installation on roofs, whether they have a reinforced concrete structure or a reinforced lattice.
MANUFACTURING ENTERPRISES
The system is perfect for factories for several reasons: all free and suitable terrains can be used – roofs, parking lots, free surrounding area and thus free electricity can be provided only after the 2nd year of commissioning of the installation for 23-28 years;
– saved taxes from fees for transmission, access, debt to society; saved grid electricity losses, as the produced energy will be consumed at the place of production.
REPLACEABLE WITH OLD INSTALLATIONS
PV SUN is ideal for replacing old power plants, as they can be used to double productivity with less space and use existing permits for construction and connection to the electricity grid.
GROUND STRUCTURES
PV SUN is suitable for any type of terrain, regardless of its geodesy, as it can be placed with anchors on rocky terrain, with a column-compacted structure in sandy soils or concrete foundations dug into the ground …
We can offer you the following types of constructions size and capacity:
| PV SUN EVE MODELS | MODULS | Modul /sq.m./ | Modul Capacity /Wp/ | Tota lsq.m. | Total Capacity /kWp/ |
|---|---|---|---|---|---|
| PV SUN EVE 34 | 34 | 14.6 | 550 | 167.23 | 18.7 |
| PV SUN EVE 29 | 29 | 14,3 | 550 | 160.61 | 15,95 |
| PV SUN EVE 16 | 16 | 10,35 | 550 | 84.13 | 8,8 |
| PV SUN EVE 12 | 12 | 8.8 | 550 | 60.82 | 6.6 |
| PV SUN EVE 10 | 10 | 8.2 | 550 | 52.82 | 0.55 |
| PV SUN EVE 08 | 8 | 7.15 | 550 | 40.04 | 4.4 |
