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Industry Overview
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TBEA actively responds to the national “carbon peak and carbon neutrality” strategic deployment, adheres to the mission of “Green empowers the future”, deeply involves in the field of photovoltaic brackets, and provides full cycle solutions from bracket design and manufacturing to power station planning and operation for global clean energy projects.
TBEA has built a full range of product systems covering fixed, intelligent tracking, large-span flexible and BIPV solar panel brackets. Relying on technological innovation and accumulated engineering experience, TBEA creates efficient and reliable photovoltaic power generation system integration services to contribute to global energy transformation and sustainable development.
R&D and Production
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Cutting-edge Technology
Intelligent Manufacturing Integration:
TBEA introduces industry-leading fully automatic cold-bending production lines, automatic laser cutting machines, automatic stamping production lines, automatic welding robot workstations, intelligent garages, intelligent AGV logistics transfer systems, MOM production control systems, etc., to achieve full-process automation and intelligent production, with an annual production capacity of 200,000 tons of complete sets of solar panel brackets.
Safe and Reliable Guarantee:
TBEA has a product quality testing laboratory, which has comprehensive testing capabilities in the solar panel brackets industry, and is accredited by CNAS and covers functional testing, performance testing, protection level, environmental resistance, corrosion resistance and other reliability testing to ensure the high performance and reliability of the products.
Technological Innovation and Development:
TBEA introduces 3D printing technology to empower innovative product research and development, convert design blueprints into 3D solid models with precision, and quickly evaluate product appearance and structure.Accelerate the entire design verification process, comprehensively identify and correct potential defects, and efficiently explore solar panel brackets with higher performance, more reliability and more cost-effectiveness.
Products and Solutions
Fixed-Tilt Structure
PV Adjustable Structure
Flexible PV Mounting System
Smart Solar Tracker
BIPV & BAPV
Heliostat Mounting Systemt
Fixed-Tilt Structure
Parameters
· Optimized Strength, Simplified Installation, Universal Compatibility;
· Maximize project efficiency with our cost-effective ZAM high-strength steel;
· Engineered for superior durability without compromising affordability;
· Installation with pre-assembled components designed, save time and reduce labor costs;
· Seamlessly compatible with the full type of PV modules;
· Ensures reliable performance and maximum energy output across any project scale.
· Maximize project efficiency with our cost-effective ZAM high-strength steel;
· Engineered for superior durability without compromising affordability;
· Installation with pre-assembled components designed, save time and reduce labor costs;
· Seamlessly compatible with the full type of PV modules;
· Ensures reliable performance and maximum energy output across any project scale.
PV Adjustable Structure
· Cost-Effective Strength, Smart Locking, Effortless Installation Maximize value, engineered for durability without the premium price;
· Enjoy faster construction with pre-assembled components designed to streamline installation and reduce on-site labor;
· Experience smoother, more reliable operation with stepless adjustment and mechanical synchronous support, ensuring precise and coordinated movement across entire system;
· Simplify maintenance with self-locking actuator—eliminating secondary fixing—and a maintenance-free design that cuts long-term costs;
· Easy adjustment takes just one person one minute, making setup as efficient as it is dependable.
· Enjoy faster construction with pre-assembled components designed to streamline installation and reduce on-site labor;
· Experience smoother, more reliable operation with stepless adjustment and mechanical synchronous support, ensuring precise and coordinated movement across entire system;
· Simplify maintenance with self-locking actuator—eliminating secondary fixing—and a maintenance-free design that cuts long-term costs;
· Easy adjustment takes just one person one minute, making setup as efficient as it is dependable.
Flexible PV Mounting System
Parameters
· Cost-Effective Strength, Smarter Design, Effortless Installation;
· Maximize project value with our cost-effective ZAM high-strength steel, delivering superior durability without the premium price;
· A safer, more reliable structure backed by finite element node analysis, ensuring every connection is engineered for strength and stability;
· Optimize performance with CFD analysis, guaranteeing smarter parameter selection for enhanced adaptability to any terrain;
· Speed up construction with pre-assembled components designed for high efficiency and easy PV module installation—saving time and reducing labor costs;
· Compatible with all PV module types, ensures seamless integration across projects;
· Enjoy greater long-term savings with simple, low-maintenance design, keeping system performing at its best with minimal effort.
· Maximize project value with our cost-effective ZAM high-strength steel, delivering superior durability without the premium price;
· A safer, more reliable structure backed by finite element node analysis, ensuring every connection is engineered for strength and stability;
· Optimize performance with CFD analysis, guaranteeing smarter parameter selection for enhanced adaptability to any terrain;
· Speed up construction with pre-assembled components designed for high efficiency and easy PV module installation—saving time and reducing labor costs;
· Compatible with all PV module types, ensures seamless integration across projects;
· Enjoy greater long-term savings with simple, low-maintenance design, keeping system performing at its best with minimal effort.
TB-Tracker 1P
Parameters
TB-Tracker 2P
Parameters
BIPV & BAPV
· Integrated Design, Lasting Protection, Green Energy Innovation;
· Maximize roof value with integrated design combining PV modules and water guide gutter, seamlessly extending the lifespan of your original roof while generating clean energy;
· Experience dual-layer protection with water guide gutter and sealing strip, ensuring superior waterproofing and long-term reliability;
· Enjoy 25 years of stable income generation, turning your rooftop into a lasting asset;
· Optimize space with high utilization efficiency, perfect for urban environments where every square meter matters;
· Relieve electricity demand pressure during peak hours with on-site power generation, reducing grid stress and energy costs;
· Trust in high structural safety with strong wind and fire resistance, engineered to withstand challenging conditions while keeping your property protected;
· Elevate your building with a green feature that combines sustainability, aesthetics, and performance—all in one integrated solution.
· Maximize roof value with integrated design combining PV modules and water guide gutter, seamlessly extending the lifespan of your original roof while generating clean energy;
· Experience dual-layer protection with water guide gutter and sealing strip, ensuring superior waterproofing and long-term reliability;
· Enjoy 25 years of stable income generation, turning your rooftop into a lasting asset;
· Optimize space with high utilization efficiency, perfect for urban environments where every square meter matters;
· Relieve electricity demand pressure during peak hours with on-site power generation, reducing grid stress and energy costs;
· Trust in high structural safety with strong wind and fire resistance, engineered to withstand challenging conditions while keeping your property protected;
· Elevate your building with a green feature that combines sustainability, aesthetics, and performance—all in one integrated solution.
Heliostat Mounting Systemt
Parameters
· Cost-Effective Materials, Smarter Performance, Effortless O&M;
· Unlock greater project value with cost-effective ZAM high-strength steel, engineered for durability without the cost premium;
· Boost energy yield with AI algorithms that intelligently improve light resource utilization, ensuring every ray counts;
· Speed up installation with pre-assembled components designed for high construction efficiency—saving time and labor on site;
· Enjoy smoother, more precise operation with stepless adjustment, giving seamless control across all conditions;
· Customize with ease using adaptable mirror sizes tailored to your project needs;
· Rely on a stronger foundation with cast base construction, enhancing structural integrity and long-term stability;
· Stay connected with greater adaptability featuring both wired and wireless communication options for flexible system integration;
· Minimize downtime and maximize returns with simple maintenance, delivering greater economical effect over the entire project lifecycle.
· Unlock greater project value with cost-effective ZAM high-strength steel, engineered for durability without the cost premium;
· Boost energy yield with AI algorithms that intelligently improve light resource utilization, ensuring every ray counts;
· Speed up installation with pre-assembled components designed for high construction efficiency—saving time and labor on site;
· Enjoy smoother, more precise operation with stepless adjustment, giving seamless control across all conditions;
· Customize with ease using adaptable mirror sizes tailored to your project needs;
· Rely on a stronger foundation with cast base construction, enhancing structural integrity and long-term stability;
· Stay connected with greater adaptability featuring both wired and wireless communication options for flexible system integration;
· Minimize downtime and maximize returns with simple maintenance, delivering greater economical effect over the entire project lifecycle.
Fixed-Tilt Structure
· Optimized Strength, Simplified Installation, Universal Compatibility;
· Maximize project efficiency with our cost-effective ZAM high-strength steel;
· Engineered for superior durability without compromising affordability;
· Installation with pre-assembled components designed, save time and reduce labor costs;
· Seamlessly compatible with the full type of PV modules;
· Ensures reliable performance and maximum energy output across any project scale.
· Maximize project efficiency with our cost-effective ZAM high-strength steel;
· Engineered for superior durability without compromising affordability;
· Installation with pre-assembled components designed, save time and reduce labor costs;
· Seamlessly compatible with the full type of PV modules;
· Ensures reliable performance and maximum energy output across any project scale.
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Performance Parameters
· Adjustment form: small controller + semi-automatic tracking (angle is adjusted once a day)
· Angle adjustment range: 10°–50°
· Actuating device: manual push rod
· Form of pile foundation: hammer-driven pile/cast-in-place concrete pile/prefabricated pipe pile
· Structural material: Q355B and above high-strength structural steel
· Structural corrosion protection: HDG/ZAM
· Wind resistance design: maximum 0.6 kPa
· Length of a single system: ≤40 m
PV Adjustable Structure
· Cost-Effective Strength, Smart Locking, Effortless Installation Maximize value, engineered for durability without the premium price;
· Enjoy faster construction with pre-assembled components designed to streamline installation and reduce on-site labor;
· Experience smoother, more reliable operation with stepless adjustment and mechanical synchronous support, ensuring precise and coordinated movement across entire system;
· Simplify maintenance with self-locking actuator—eliminating secondary fixing—and a maintenance-free design that cuts long-term costs;
· Easy adjustment takes just one person one minute, making setup as efficient as it is dependable.
· Enjoy faster construction with pre-assembled components designed to streamline installation and reduce on-site labor;
· Experience smoother, more reliable operation with stepless adjustment and mechanical synchronous support, ensuring precise and coordinated movement across entire system;
· Simplify maintenance with self-locking actuator—eliminating secondary fixing—and a maintenance-free design that cuts long-term costs;
· Easy adjustment takes just one person one minute, making setup as efficient as it is dependable.
Flexible PV Mounting System
· Cost-Effective Strength, Smarter Design, Effortless Installation;
· Maximize project value with our cost-effective ZAM high-strength steel, delivering superior durability without the premium price;
· A safer, more reliable structure backed by finite element node analysis, ensuring every connection is engineered for strength and stability;
· Optimize performance with CFD analysis, guaranteeing smarter parameter selection for enhanced adaptability to any terrain;
· Speed up construction with pre-assembled components designed for high efficiency and easy PV module installation—saving time and reducing labor costs;
· Compatible with all PV module types, ensures seamless integration across projects;
· Enjoy greater long-term savings with simple, low-maintenance design, keeping system performing at its best with minimal effort.
· Maximize project value with our cost-effective ZAM high-strength steel, delivering superior durability without the premium price;
· A safer, more reliable structure backed by finite element node analysis, ensuring every connection is engineered for strength and stability;
· Optimize performance with CFD analysis, guaranteeing smarter parameter selection for enhanced adaptability to any terrain;
· Speed up construction with pre-assembled components designed for high efficiency and easy PV module installation—saving time and reducing labor costs;
· Compatible with all PV module types, ensures seamless integration across projects;
· Enjoy greater long-term savings with simple, low-maintenance design, keeping system performing at its best with minimal effort.
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Performance Parameters
· Component angle range: 0°–20° (recommended)
· Form of pile foundation: cast-in-place concrete pile/prefabricated pipe pile
· Structural material: Q355B and above high-strength structural steel
· Structural corrosion protection: hot-dip galvanizing/galvanized aluminum-magnesium
· Wind resistance design: maximum 0.5 kPa
· Length of a single system: ≤100 m
· Component type: compatible with all components on the market
TB-Tracker 1P
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Performance Parameters
TBEA’s 1P single-point tracking system parameters
· Tracking mode: 1P single-point drive tracking system
· Tracking angle range: ±60°
· Actuating device: rotary reducer + 28 V DC motor
· Form of pile foundation: hammer-driven pile/cast-in-place concrete pile/prefabricated pipe pile
· Structural material: Q355B and above high-strength structural steel
· Structural corrosion protection: HDG/ZAM
· System voltage: 1,000 V/1,500 V
· Power supply mode: string-powered self-supply, lithium battery for backup
· Daily system power consumption: ≤0.02 kWh/day
· Wind resistance design: maximum 47 m/s (ASCE 7-05)
· Length of a single system: ≤100 m
· Component type: compatible with all components on the market
· Working environment temperature: -30℃–60℃
· Land utilization rate:≥25%<
· Protective wind speed: 18m/s
Control system parameters
· Control system: One controller controls one set of trackers
· Control algorithm: Astronomical algorithm + Position sensor closed-loop control + Dual-sided tracking multi-channel MPPT strategy
· Tracking accuracy: 2°
· Reverse tracking: Terrain-adaptive intelligent algorithm supported
· Communication method: RS485 wired communication, LoRa wireless communication
· Other modes: Night return mode / Heavy snow mode / Flood mode
· Controller power supply: String power supply (default)
· Flood mode: Tracker is placed flat (optional)
· Heavy snow mode: Tracker is placed at the maximum tilt angle (optional)
· Strong wind protection mode: Standard
TB-Tracker 2P
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Performance Parameters
TBEA’s 2P single-point tracking system parameters)
· Tracking mode: 2P multipoint drive tracking system)
· Tracking angle range: ±60°)
· Actuating device: rotary reducer + 28 V DC motor)
· Form of pile foundation: hammer-driven pile/cast-in-place concrete pile/prefabricated pipe pile)
· Structural material: Q355B and above high-strength structural steel)
· Structural corrosion protection: HDG/ZAM)
· System voltage: 1,000 V/1,500 V)
· Power supply mode: string-powered self-supply, lithium battery for backup)
· Daily system power consumption: ≤0.02 kWh/day)
· Wind resistance design: maximum 47 m/s (ASCE 7-05))
· Length of a single system: ≤85 m)
· Component type: compatible with all components on the market)
· Working environment temperature: -30℃–60℃)
· Land utilization rate: ≥25%)
· Protective wind speed: 20 m/s)
Control system parameters)
· Control system: One controller control one set of trackers, with electrical linkage for rotation)
· Control algorithm: Astronomical algorithm + Position sensor closed-loop control + Dual-sided tracking multi-channel MPPT strategy)
· Tracking accuracy: 2°)
· Reverse tracking: Terrain-adaptive intelligent algorithm supported)
· Communication method · RS485 wired communication, LoRa wireless communication)
· Other modes: Night return mode / Heavy snow mode / Flood mode)
· Controller power supply: String power supply (default))
· Flood mode: Tracker is placed flat (optional) )
· Heavy snow mode: Tracker is placed at the maximum tilt angle (optional))
Strong wind protection mode: Standard
BIPV & BAPV
· Integrated Design, Lasting Protection, Green Energy Innovation;
· Maximize roof value with integrated design combining PV modules and water guide gutter, seamlessly extending the lifespan of your original roof while generating clean energy;
· Experience dual-layer protection with water guide gutter and sealing strip, ensuring superior waterproofing and long-term reliability;
· Enjoy 25 years of stable income generation, turning your rooftop into a lasting asset;
· Optimize space with high utilization efficiency, perfect for urban environments where every square meter matters;
· Relieve electricity demand pressure during peak hours with on-site power generation, reducing grid stress and energy costs;
· Trust in high structural safety with strong wind and fire resistance, engineered to withstand challenging conditions while keeping your property protected;
· Elevate your building with a green feature that combines sustainability, aesthetics, and performance—all in one integrated solution.
· Maximize roof value with integrated design combining PV modules and water guide gutter, seamlessly extending the lifespan of your original roof while generating clean energy;
· Experience dual-layer protection with water guide gutter and sealing strip, ensuring superior waterproofing and long-term reliability;
· Enjoy 25 years of stable income generation, turning your rooftop into a lasting asset;
· Optimize space with high utilization efficiency, perfect for urban environments where every square meter matters;
· Relieve electricity demand pressure during peak hours with on-site power generation, reducing grid stress and energy costs;
· Trust in high structural safety with strong wind and fire resistance, engineered to withstand challenging conditions while keeping your property protected;
· Elevate your building with a green feature that combines sustainability, aesthetics, and performance—all in one integrated solution.
Heliostat Mounting Systemt
· Cost-Effective Materials, Smarter Performance, Effortless O&M;
· Unlock greater project value with cost-effective ZAM high-strength steel, engineered for durability without the cost premium;
· Boost energy yield with AI algorithms that intelligently improve light resource utilization, ensuring every ray counts;
· Speed up installation with pre-assembled components designed for high construction efficiency—saving time and labor on site;
· Enjoy smoother, more precise operation with stepless adjustment, giving seamless control across all conditions;
· Customize with ease using adaptable mirror sizes tailored to your project needs;
· Rely on a stronger foundation with cast base construction, enhancing structural integrity and long-term stability;
· Stay connected with greater adaptability featuring both wired and wireless communication options for flexible system integration;
· Minimize downtime and maximize returns with simple maintenance, delivering greater economical effect over the entire project lifecycle.
· Unlock greater project value with cost-effective ZAM high-strength steel, engineered for durability without the cost premium;
· Boost energy yield with AI algorithms that intelligently improve light resource utilization, ensuring every ray counts;
· Speed up installation with pre-assembled components designed for high construction efficiency—saving time and labor on site;
· Enjoy smoother, more precise operation with stepless adjustment, giving seamless control across all conditions;
· Customize with ease using adaptable mirror sizes tailored to your project needs;
· Rely on a stronger foundation with cast base construction, enhancing structural integrity and long-term stability;
· Stay connected with greater adaptability featuring both wired and wireless communication options for flexible system integration;
· Minimize downtime and maximize returns with simple maintenance, delivering greater economical effect over the entire project lifecycle.
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Performance Parameters
· Adjustment form: rotary reducer + electric push rod dual-axis tracking system
· Angle adjustment range: 10°–50°
· Actuating device: rotary reducer + electric push rod
· Form of pile foundation: cast-in-place concrete pile/prefabricated pipe pile
· Structural material: Q355B and above high-strength structural steel
· Structural corrosion protection: hot-dip galvanizing/galvanized aluminum-magnesium
· Wind resistance design: maximum 0.6 kPa
· Length of a single system: 10 m x 10 m
· Mirror type: customizable
Project Case
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