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Utility-scale PV System Solutions

Relying on its end-to-end management system and refined engineering implementation framework, TBEA focuses on optimal levelized cost of electricity (LCOE) and load absorption efficiency. Through technical-economic comparisons and integrated system design, we provide customers with full lifecycle solutions covering layout planning, construction implementation, and operation & maintenance.We boast extensive experience in the new energy sector, having successfully undertaken multiple large-scale PV power plant EPC projects domestically and internationally. These projects span complex scenarios such as deserts, mountains, fishery-solar complementary systems, and wind-solar hybrid systems, driving efficient clean energy development through technological innovation and engineering expertise.

Centralized inverter and booster integrated unit

Mounting structure

Centralized inverter and booster integrated unit
Centralized inverter and booster integrated unit
Mounting structure
Mounting structure
  • Full Lifecycle Management Solution
Full Lifecycle Management Solution

Full Lifecycle Management Solution

TBEA is home to a mature team for power plant development, financing, design, supply chain delivery, and operation & maintenance, providing customers with lower initial investment, optimal LCOE, higher efficiency, and smarter integrated solutions.We feature a comprehensive management system covering “progress, safety, cost, and quality,” as well as end-to-end business processes and refined engineering implementation planning and construction organization, so that the construction cycle can be shortened by 15%, and power generation increased by 4%.

String & Centralized Inverter Solutions

String & Centralized Inverter Solutions

String & Centralized Inverter Solutions

TBEA has independently developed multiple new types of string inverters, offering advantages such as higher power density and superior weak grid adaptability. Focusing on economic efficiency, grid-friendly operation, safety, reliability, and intelligent maintenance, we provide mature solutions for large-scale ground-mounted power plants, commercial and industrial smart PV systems, and intelligent string liquid-cooled energy storage systems.
String Inverter Solutions

String Inverter Solutions

TBEA’s independently developed centralized inverters feature high power and large capacity, meeting the needs of large-scale power plant arrays while reducing equipment requirements and investment costs.Our self-developed amorphous alloy three-dimensional wound transformers significantly reduce no-load losses, optimizing both energy utilization and operational costs.Our intelligent and modular designs minimize failure losses and simplify management and maintenance.Enhanced by advanced cooling technology and high protective adaptability, we ensure efficient and stable operation of power stations in complex outdoor environments.

Solution Value

Detailed Analysis of Resource Assessment

The accurate solar resource evaluation system can generate assessment reports with one click. Incorporating optimal meteorological sources, capacity ratios, best irradiation angles, and first-year equivalent utilization hours, it achieves an 80% correction factor for prefecture-level cities within ±3%.

Optimal LCOE Design and Selection

Focused on cost optimization, it compares and selects solutions for modules, inverters, mounting structures, wiring, and roads, integrating electricity trading conditions to deliver the optimal LCOE implementation plan.

Precise Control and Management of Project Construction

A comprehensive “progress, safety, cost, quality” management system, coupled with end-to-end business processes and refined engineering planning and construction organization, reduces the construction cycle by 15% and increases power generation by 4%.

Full Lifecycle Intelligent Monitoring

The smart PV monitoring system provides all-round intelligent monitoring and control across the entire lifecycle, from planning and design, construction, operation, and maintenance to decommissioning. A single system is capable of managing GW-level power station operations.

Applications

Desert, Gobi, and Desertified Area Base

Conduct rational planning and layout to save land use; prioritize ecological protection and minimize construction impacts; and strengthen supervision to ensure safe and reliable operation.

Mountain PV

Conduct precise site assessments and adapt to local conditions for efficient land use, achieving synergy between energy development and ecological conservation; and implement smart O&M and robust emergency management.

Fishery-PV Synergy

Optimize resource assessment and spatial planning with well-designed supporting facilities; prioritize ecological protection while ensuring synergy with fishery production; guarantee construction safety and strict quality control; and during operation, adopt intelligent maintenance.

Agro-PV Integration

Explore innovative models combining PV with agriculture, livestock, and ecology to maximize land-use efficiency; and enhance economic output per unit area without altering farmland status.

Wind-PV Hybrid

Conduct matched resource assessments and rational system design; emphasize ecological protection, construction safety, and strict quality control; and optimize wind-PV coordination to enhance overall benefits.

Related Products

Smart O&M

TB-eCloud New Energy Power Station Smart O&M System

TB-eCloud New Energy Power Station Smart O&M System

Application Cases

Wuwei Wusheng 150 MW PV Power Plant, Gansu Province.
Wuwei Wusheng 150 MW PV Power Plant, Gansu Province.
150 MW Desert PV Power Plant in the Southeastern Mountain Pass Area.
150 MW Desert PV Power Plant in the Southeastern Mountain Pass Area.
300 MW Grid-Parity PV Power Plant
300 MW Grid-Parity PV Power Plant
400 MW PV Power Plant in Guyuan County, Zhangjiakou City, Hebei Province.
400 MW PV Power Plant in Guyuan County, Zhangjiakou City, Hebei Province.
120 MW Agro-PV Power Plant in Hebei Province.
120 MW Agro-PV Power Plant in Hebei Province.
100 MW Grid-Connected PV Power Plant in Dunhuang City, Gansu Province
100 MW Grid-Connected PV Power Plant in Dunhuang City, Gansu Province
Shuchang Agro-PV Power Plant in Pingtang County
Shuchang Agro-PV Power Plant in Pingtang County
100 MW Liushuquan PV Power
100 MW Liushuquan PV Power
Poyang Lake 120 MW Fishery-PV Power Plant
Poyang Lake 120 MW Fishery-PV Power Plant
100 MW Agro-PV Power Plant in Yangxian, Shaanxi.
100 MW Agro-PV Power Plant in Yangxian, Shaanxi.

TBEA, Empowering a Better World.

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