Designed & manufactured in Herefordshire, UK — shipping worldwide Mon–Thu 9–5 | Fri 9–4 | +44 (0)1981 241668
Factory-direct utility-scale, agro-PV, and distributed generation single-axis and dual-axis tracking solutions engineered for maximum Levelized Cost of Electricity (LCOE) reduction.
Dual-axis continuous astronomical positioning delivers up to 45% annual yield boost for high-irradiance Brazilian off-grid and industrial microgrids.
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Heavy-duty dual-motor actuation designed for multi-MW utility-scale plants, equipped with smart wind-stow automated protection protocols.
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Optimized single-post foundation design minimizing civil pile installation costs in uneven Brazilian terrain across Minas Gerais and Bahia.
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IP65 sealed slewing drive with 24V DC torque motor, engineered to withstand dusty semi-arid Sertão and humid coastal salt breeze.
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Astronomical algorithm + active GPS alignment tested against 27m/s (97km/h) sustained wind loads and extreme weather gusts.
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Specially engineered structural torque tube geometry for 600W+ ultra-high power 210mm bifacial modules with zero torsional aeroelastic vibration.
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Integrated anti-backlash gearbox and robust mechanical linkages guaranteeing low-maintenance 25-year service lifecycle in harsh environments.
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Industrial structural steel frame with micro-step smart tracking controller for concentrated solar, telecommunications, and high-yield commercial sites.
Get a QuoteBrazil represents one of the world's most lucrative and solar-dense renewable energy markets. With average Global Horizontal Irradiance (GHI) figures ranging from 5.4 to 6.5 kWh/m²/day in the Nordeste (Sertão solar belt) and states such as Bahia, Piauí, Ceará, and Minas Gerais, utility-scale developers and EPC contractors are aggressively migrating from fixed-tilt mounting structures to smart single-axis solar trackers.
By implementing modern 1P (one panel in portrait) or 2P (two panels in portrait) single-axis solar trackers, project owners in Brazil routinely achieve 15% to 28% higher energy generation yield compared to fixed-tilt installations. When paired with high-efficiency 600W+ N-type TOPCon or HJT bi-facial photovoltaic modules, the albedo reflection from light-colored soils in semi-arid regions unlocks an extra 8% to 12% bi-facial gain, driving down Levelized Cost of Energy (LCOE) to record industry lows.
However, the Brazilian operational environment introduces unique mechanical, structural, and electrical challenges that standard commercial trackers fail to handle: high ambient temperatures causing thermal expansion stress, intense localized convective wind storms (tempestades and microbursts), high UV index degrading sensor housings, and severe soil dust accumulation (soiling) requiring intelligent cleaning modes.
Our solar tracking structural designs are tailor-made for localized environmental, geological, and legal conditions across the Brazilian territory.
The semi-arid Northeastern hinterlands offer extreme solar irradiance coupled with intense daytime heat and seasonal dust storms. Our single-axis trackers feature:
Under the regulatory scope of Marco Legal da Geração Distribuída (Law 14.300) and the opening of the Free Electricity Market (Mercado Livre de Energia), commercial and industrial plants in Minas Gerais demand maximum ROI per square meter:
Integrating agricultural production with solar power generation (Agrivoltaics) is rapidly growing in Brazil's agricultural heartland:
Solar projects installed near marine environments face relentless salt mist corrosion and tropical moisture ingress:
Detailed engineering benchmark comparing single-axis and dual-axis solar tracking architectures manufactured for the South American market.
| Tracking System Type | Tracking Axis & Range | Actuation Mechanism | Wind Stow Speed | Bi-facial Gain Compatibility | Target Application in Brazil |
|---|---|---|---|---|---|
| 1P Horizontal Single Axis | Single Axis (±60° N-S / E-W) | Enclosed Slew Drive (SE7/SE9) + DC Motor | Up to 27 m/s (97 km/h) | High (Zero rear beam obstruction) | Utility-Scale Parks (Bahia, Piauí, Ceará) |
| 2P Multi-Rigid Single Axis | Single Axis (±55° E-W) | Dual Push-Rod Linear Actuators | Up to 32 m/s (115 km/h) | Optimized for 210mm ultra-large modules | High Wind & Mountainous Terrain (MG, SP) |
| Dual Axis Heavy Duty | 2-Axis (Azimuth 360°, Elevation 0-75°) | Dual Worm Gear Slew Drive Systems | Automated Horizontal Stow (>22 m/s) | Maximum Yield (>35% boost) | Off-Grid Microgrids, Telecom, CPV Plants |
| Agro-PV High Clearance | Single Axis (±60° elevated) | Central Torque Tube Slew Drive | Up to 25 m/s (Stow override) | High dual-surface illumination | Agribusiness, Pastures (Mato Grosso, Goiás) |
Building on over 15 years of continuous manufacturing experience in high-reliability power systems, our engineering team brings rigorous British-heritage design standards and ISO-aligned manufacturing procedures to every solar tracking project across Brazil.
Our single-axis tracking structures undergo extensive CFD simulation and dynamic wind tunnel testing (including static, dynamic, and aeroelastic instability testing) to guarantee total immunity against torsional galloping and vortex shedding during tropical microburst storms.
Every slewing drive, torque tube, controller PCB, and structural bracket is manufactured under strict ISO quality control protocols. Raw materials feature mill-certified structural steel (S355/S420) subjected to rigorous ultrasonic weld inspection.
We work directly with local Brazilian EPC partners, supply chain integrators, and financial institutions to provide comprehensive technical dossiers, yield simulation files (PVSyst .PAN and .SHD models), and long-term structural warranty backing needed for project bankability.
Direct answers to critical questions asked by Brazilian project developers, procurement heads, and EPC engineering directors.
Our trackers feature an active anemometer-linked Smart Wind Stow System. When local wind speeds exceed pre-set thresholds (typically 16-18 m/s), the master electronic controller automatically commands all tracker rows to enter an aerodynamic 0° or 30° stow angle within 90 seconds, neutralizing structural lift and vibration forces. The structures are statically designed to withstand survival wind speeds up to 27 m/s to 45 m/s depending on project specification.
Yes. Our latest generation horizontal single-axis trackers are specifically dimensioned to support large-format 210mm and 182mm bi-facial modules (up to 700W+ per module). The torque tube cross-section and purlin mounting clamps are designed to eliminate structural shade on the rear glass, allowing full capture of ground albedo reflected radiation.
We ship factory-direct containerized solar tracker kits to major Brazilian ports including Suape (PE), Pecém (CE), Salvador (BA), Santos (SP), and Paranaguá (PR). Standard manufacturing lead times are 4 to 6 weeks for multi-MW lots, with full customs documentation support including HS code alignment for expedited import clearance under Brazilian tariff guidelines.
Each tracker row can operate with independent self-powered smart controllers (SPTC) communicating via wireless Zigbee / LoRa mesh network. This decentralized control topology allows each row to follow its optimized astronomical slope angle, accommodating North-South slope variations up to 20% without requiring costly site grading or continuous mechanical line-shaft connections.
Our enclosed SE series slewing drives utilize synthetic long-life lithium grease and heavy-duty lip seals, requiring maintenance lubrication inspections only once every 3 to 5 years. All structural pivot joints feature self-lubricating polymer bushings that require zero grease during their entire 25-year design service lifespan.
Yes. We provide complete installation guidelines, foundation pile load calculation reports, 3D CAD assembly files, and remote commissioning support. Our engineering team collaborates with local Brazilian technical partners to ensure fast dispatch of critical spare parts (motors, controllers, sensors) across Brazil.
Planning a utility-scale solar park, a commercial Mercado Livre project, or an off-grid microgrid in Brazil? Contact our engineering team today for technical sizing, PVSyst shade modeling, and factory-direct competitive quotation.
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