RL101203

Lowering $/Wp – sustainable productivity improvements

 Sustainable productivity improvements will result in a decreased $/Wp

 1. Support and development assistance
       a. increase production with no or minimal infrastructure changes
                    - reduction cycle time existing equipment
                    - less out of specification production (robust process window)
                    - education staff (reduction head count; less raw material costs; Q increase)

                     - trouble shooting

       b. ramp-up assistance: assist during the ramp-up phase of production line (incl. assistance in hiring people)

       c. process as a service: performing the PV module production at the customers production site
            (contract in place defining delivery of raw materials and purchase of the PV modules produced)



 2. Development and implementation quality measurement tools
       develops and implement new analytical tools (in-line quality control), hence contributing to both
       increased productivity as well as the reliability of the PV industry


 3. PV Training and PV Learning
       contribute, in close relation with academic institutions, to the education of professionals
       (securing availability of skilled people)



accelerating your PV module business
www.9-om.com/solceler  mail@9-om.com
RL101203

Solceler – accelerating your PV module business

            lowering $/Wp – sustainable productivity improvements

                         why is Solceler confident to be successful?
  confidence based on experience in the past to sustainable implement
         the extensive knowledge into an industrial environment
    this knowledge is obtained by a systematic experimental approach


   Doing business with Solceler means:
      Hands-on consulting with Solceler being active where
          needed (at the production site, in the lab and/or in the
                 management team)
          Compensation generally depending on success
          Strict confidentiality is assured


                                        References available upon request
accelerating your PV module business
www.9-om.com/solceler  mail@9-om.com
RL101203

Optimising the PV module lamination process



                                                                                                © 3S Modultec       Investigation: Versuchsprotokoll_3_XL (MLR)
                                                                                                                                 4D Contour of String

                                                                                                                © 3S Modultec



                                                                                                                                © 3S Modultec



                                                                                                                                                © 3S Modultec




Variables in the lamination process:            - dglass, dencapsulant
- Temperature (Tplate, Tcover, dT/dt)           - kind of encapsulant (EVA, PVB, etc)
- Time (tcycle= tpins+ tplate+ tcure + tcool)   - glass – backsheet, glass – glass
- Pressure (Pupper and lower chamber, dP/dt)    - c-Si, a-Si, CdTe, CIGS



  A systematic experimental approach allows the separation
  of the various variables, leading to a more cost-efficient
  PV module production:
  - significant reduction of lamination cycle time
  - increased quality PV modules and robust process window
 Reference: R.F.M. Lange, 5th SMET Advanced PV Technology Conference, Munich, 25-27 May 2009:
 Towards a more cost efficient PV module production

accelerating your PV module business
www.9-om.com/solceler  mail@9-om.com
RL101203

Solceler – accelerating your PV module business



                                        development and implementation
                                           quality measurement tools




                                                                         support and
                PV Training
                                                                         development
                PV Learning
                                                                          assistance




                              Solceler – accelerating your PV module business


accelerating your PV module business
www.9-om.com/solceler  mail@9-om.com

9-om | Solceler Flyer

  • 1.
    RL101203 Lowering $/Wp –sustainable productivity improvements Sustainable productivity improvements will result in a decreased $/Wp 1. Support and development assistance a. increase production with no or minimal infrastructure changes - reduction cycle time existing equipment - less out of specification production (robust process window) - education staff (reduction head count; less raw material costs; Q increase) - trouble shooting b. ramp-up assistance: assist during the ramp-up phase of production line (incl. assistance in hiring people) c. process as a service: performing the PV module production at the customers production site (contract in place defining delivery of raw materials and purchase of the PV modules produced) 2. Development and implementation quality measurement tools develops and implement new analytical tools (in-line quality control), hence contributing to both increased productivity as well as the reliability of the PV industry 3. PV Training and PV Learning contribute, in close relation with academic institutions, to the education of professionals (securing availability of skilled people) accelerating your PV module business www.9-om.com/solceler  mail@9-om.com
  • 2.
    RL101203 Solceler – acceleratingyour PV module business lowering $/Wp – sustainable productivity improvements why is Solceler confident to be successful? confidence based on experience in the past to sustainable implement the extensive knowledge into an industrial environment this knowledge is obtained by a systematic experimental approach Doing business with Solceler means: Hands-on consulting with Solceler being active where needed (at the production site, in the lab and/or in the management team) Compensation generally depending on success Strict confidentiality is assured References available upon request accelerating your PV module business www.9-om.com/solceler  mail@9-om.com
  • 3.
    RL101203 Optimising the PVmodule lamination process © 3S Modultec Investigation: Versuchsprotokoll_3_XL (MLR) 4D Contour of String © 3S Modultec © 3S Modultec © 3S Modultec Variables in the lamination process: - dglass, dencapsulant - Temperature (Tplate, Tcover, dT/dt) - kind of encapsulant (EVA, PVB, etc) - Time (tcycle= tpins+ tplate+ tcure + tcool) - glass – backsheet, glass – glass - Pressure (Pupper and lower chamber, dP/dt) - c-Si, a-Si, CdTe, CIGS A systematic experimental approach allows the separation of the various variables, leading to a more cost-efficient PV module production: - significant reduction of lamination cycle time - increased quality PV modules and robust process window Reference: R.F.M. Lange, 5th SMET Advanced PV Technology Conference, Munich, 25-27 May 2009: Towards a more cost efficient PV module production accelerating your PV module business www.9-om.com/solceler  mail@9-om.com
  • 4.
    RL101203 Solceler – acceleratingyour PV module business development and implementation quality measurement tools support and PV Training development PV Learning assistance Solceler – accelerating your PV module business accelerating your PV module business www.9-om.com/solceler  mail@9-om.com