- Encapsulant CONSERV

- Encapsulant CONSERV

RenewSys manufactures the CONSERV® range of Encapsulants that encompass a wide range of products including PID Resistant and UV Transparent (UVT) encapsulant in ‘Fast Cure’ & ‘Ultra-fast Cure’ versions.

Potential Induced Degradation (PID)refers to the loss of power in a module when it is subjected to hot & humid conditions or rampant climatic change. Our PID resistant EVA Encapsulants help reduce this loss and are rated as one of world’s best performing PV encapsulant.

Our Ultra Violet Transparent (UVT) Encapsulant permits the entire UV range of light to reach to cells. This feature of the encapsulant also ensures early ‘wake-up’ and late ‘sleeping’ time of the solar cells, allowing them to generate power for a longer duration of the day in comparison to standard encapsulants.

The POE (PolyOlefin Elastomers) Encapsulant developed by RenewSys is uniquely formulated to suit Glass-to-Glass and Glass-to-Backsheet modules. It exhibits ZERO creeping, high transparency, excellent PID, moisture resistance, extended UV and weathering properties. 

Distinct advantages:

  • Special ‘OS’ technology - 'OS' Manufacturing Technology enables CONSERV to be produced without induced stresses allowing it to exhibit Ultra-low thermal shrinkage in the sheet. CONSERV, with nearly ZERO shrinkage, results in advantages including net material saving (the EVA sheet can be cut to the size nearly equal of the glass), no cell mis-alignment/ better aesthetics and shorter cycle time at lamination stage, compared to most market encapsulants.
  • CONSERV has superior bonding to Backsheet & Glass due to its unique formulation, leading to longer module durability
  • CONSERV offers an excellent Potential Induced Degradation (PID) resistant Encapsulant that results in very low power losses in comparison to most other PID resistant encapsulants.
  • CONSERV has a matt finish surface on the inside and a specially embossed surface on the outside of the roll. This prevents inter-locking of the layers during its transportation and storage, without an additional masking film. This facilitates ease of sheet handling at the stage of sandwich making, and air evacuation at the curing stage of the lamination process.
  • Uniquely formulated CONSERV offers a wide operational window for module makers - from low to medium temperature melting.
  • Subject to the optical transmittance value of the glass used in the module, CONSERV’s exceptionally high ‘Luminous Transmittance’ results in a higher energy output.
  • CONSERV POE Encapsulant is uniquely designed to meet requirement of Glass to Glass & Glass to Backsheet modules without loss in transmittance.

Encapsulant CONSERV range:

  • CONSERV A 360 -14 FC : Fast Cure & low melting temp.
  • CONSERV A 360.2 -14 FC : Fast Cure & medium melting temp.
  • CONSERV A 360 -10 UC : Ultra-Fast Cure & medium melting temp.
  • CONSERV P 360 -14 FC : Fast Cure & PID resistant
  • CONSERV E 360 :  Wide process window, suitable to Fast cure  and ultrafast cure crosslinking

Certifications:

Product

Certification

CONSERV A 360-14 FC

UL (UL 94, UL 746A &UL746B)
IEC 61215
RoHS
2250 Hrs. DHT TUV Declaration

CONSERV E 360

UL (UL 94, UL 746A &UL746B)

Technical Data Sheets for the CONSERV range of encapsulants:

Encapsulant CONSERV (EVA & POE):

 

  1. CONSERV A 360 - 10UC (NON-PID resistant Ultra-fast cure EVA)
  2. CONSERV A 360.2 - 14FC (NON-PID resistant fast cure EVA)
  3. CONSERV P 360 - 14FC (PID resistant fast cure EVA)
  4. CONSERV P 360 - 10UC (PID resistant Ultra-fast cure EVA)
  5. CONSERV P UVT - 14FC (PID resistant fast cure UV transparent EVA)
  6. CONSERV E 360 (POE)