Trony Solar Module

TRONY Solar’s EnergyMax™ modules are designed and manufactured to improve energy generation in an economical way.
The proprietary thin film stack gives rise to efficient light absorption under various lighting conditions, capturing higher amounts of energy over a period of time.
The SuperFrame™ design creates a large surface area module for fast installation, while at the same time reducing the weight-power ratio.
Heat-strengthened back-plate glass provides improved impact resistance, and is bound to the super-strate via a moisture barrier polymer that improves long term performance.
Trony Solar has 14 years of thin-film semiconductor manufacturing experience. Over time, Trony has made significant improvements in the thin-film deposition process, by focusing on the most cost effective manufacturing equipment and processing methodology. Modules are certified by UL 1702 and IEC 61614 standards.

TRONY TRM-XX AFE is equipped with the Integra™ framing / mounting / wiring system for low cost, fast installation and direct roof-mounting:
􀂃 Designed for array formation and facilitates easy inter-connectivity;
􀂃 Pre-drilled mounting holes allows flexible and fast installation;
􀂃 Black module is aesthetically pleasing;
􀂃 Higher energy yield per watt in various environments, including high temperature and low light;
􀂃 Uses annealed glass, EVA plastic and weather-protection sealants, as well as an anodised aluminium frame with two water drainage holes for prolonged use;
􀂃 Connection cable includes waterprotected connection plug.

TRONY TRM-XX AFP is equipped with the Integra™ framing / mounting / wiring system for low cost, fast installation and direct roof-mounting:
􀂃 Designed for array formation and facilitates easy inter-connectivity;
􀂃 Pre-drilled mounting holes allows flexible and fast installation;
􀂃 Black module is aesthetically pleasing;
􀂃 Higher energy yield per watt in various environments, including high temperature and low light;
􀂃 Uses annealed glass, PVB plastic and weather-protection sealants, as well as an anodised aluminium frame with two water drainage holes for prolonged use;
􀂃 Connection cable includes waterprotected connection plug.

TRONY TRM-XX ALP is a frameless design using the latest technology in polymeric encapsulation:
􀂃 Designed for array formation and facilitates easy inter-connectivity;
􀂃 Pre-drilled mounting holes allows flexible and fast installation;
􀂃 Black module is aesthetically pleasing;
􀂃 Higher energy yield per watt in various environments, including high temperature and low light;
􀂃 High reliability frameless glass-to-glass laminated modules;
􀂃 Uses annealed glass, PVB plastic and weather-protection sealants for prolonged use;
􀂃 Connection cable includes waterprotected connection plug.

 

 

Fig. 1 Dimension of TRM50A, TRM55A, TRM60A and TRM65A



Fig. 2 I-V curve of TRM50A


Fig. 3 I-V curve of TRM55A


Fig. 4 I-V curve of TRM60A


Fig. 5 I-V curve of TRM65A


Table 1 Electrical Data

 707 Series module

Model Type
TRM45A
TRM50A
TRM55A
TRM60A
Maximum Output Power
45W
50W
55W
60W
Maximum Power Voltage
38V
39V
40V
41V
Maximum Power Current
1.19A
1.29A
1.38A
1.47A
Open Circuit Voltage
54 V
55 V
56V
57V
Short Circuit Current
1.68A
1.75A
1.8A
1.9A
Maximum System Voltage
1000V
1000V
1000V
1000V

Note: Five types of modules above have different sub-type modules, for example, TRM50A owns TRM50AFE, TRM50AFP, TRM50ALP (F stands for frame, L stands for frameless, E and P stands for different Encapsulants)

 350 Series module

Model Type
TRM18A
TRM20A
TRM22A
Maximum Output Power
18W
20W
22W
Maximum Power Voltage
18V
18.7V
19.7V
Maximum Power Current
1.03A
1.07A
1.12A
Open Circuit Voltage
26.7 V
27.3 V
28V
Short Circuit Current
1.4A
1.44A
1.48A
Maximum System Voltage
600V
600V
600V

Table 2 Temperature Coefficients

Item

Unit

Temperature Coefficients

Maximum Power Voltage

/

-(0.34±0.04)

Maximum Power Current

/

+(0.08±0.02)

Maximum Output Power

/

-(0.19±0.03)

 
Note:
1. Testing Condition: AM1.5, 100mW/cm2, Module at 25℃.
2. Customized design based on different requirements.