TWMPD-54HS Standard
Use: Roofs

Module TW SOLAR 108 cells Monocrystalline/P-type/PERC

TWMPD-54HS
Non-contractual image
Standard
Reference Prod. start Prod. end
TWMPD-54HS415 2022/04 2023/04
TWMPD-54HS420 2023/01 2024/10
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Documentation

Characteristics Value
Product category Module
Dimensions (length/ width / height) 1722x1134x30 mm
Weight (kg) 20,50
Technology Monocrystalline/P-type/PERC
Number of cells 108
Cell size 182 - M10
Rear side White Backsheet
Frame Aluminum grey
Connectors MC4 or equivalent
Junction box IP68
Numbre of diodes 3
Maximum Load (Pa) 2400 / 5400
Standard cable length Custom (default 0.9 m)
Characteristics
Yield (%)
Electrical Specification (STC)
Vmp STC (V)
Imp STC (A)
Voc STC (V)
Isc STC (A)
Temperature specifications
Normal Operating Cell Temperature (NOCT °C +/-2°C) 45
Temperature Coefficient of Pmax (%/°C) -0.34
Temperature Coefficient of Isc (%/°C) 0.045
Temperature Coefficient of Voc (%/°C) -0.27
Characteristics Value
Modules per pallet 36
Modules per container 936
Pallets per container 26
Modules conditioning Vertical
Tongwei Solar (Group) Tongwei Solar (Group) View more

Founded in 1982, the Tongwei group entered the photovoltaic industry in 2006. TW SOLAR has positioned itself as one of the major players in the industry and is listed among the "Tier 1" module manufacturers by Bloomberg.

Historically, Tongwei Solar has been one of the leaders in polysilicon and photovoltaic cell production.

As a module manufacturer, it stands out by being one of the few manufacturers to fully control its entire supply chain internally (from polysilicon to the module).

Since polysilicon is the main cost driver of photovoltaic modules, this vertical integration gives it a significant competitive advantage in terms of price predictability for its modules.

The manufacturer has a production capacity of 75 GW for photovoltaic modules and over 95 GW for cells.

Tongwei expects the cumulative production capacity of high-purity crystalline silicon and solar cells to reach 800,000 to 1 million tons and 130 to 150 GW between 2024 and 2026.

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