Description | Model -I | Model-II | Model-III |
---|---|---|---|
PV array | 900 Wp | 1800 Wp | 2700 Wp |
Motor capacity | 1 HP | 2 HP | 3 HP |
Shut Off Dynamic Head | 12 metres | 15 metres | 25 metres |
Module mounting structure | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities |
Water Output * | 90,000 litres per day from a total head of 10 metres | 180,000 litres per day from a total head of 10 metres | 148,000 litres per day from a total head of 20 metres |
* Water output figures are on a clear sunny day with three times tracking of SPV panel, under the “Average Daily Solar Radiation” condition of 7.15 KWh/ sq.m. on the surface of PV array (i.e. coplanar with the PV Modules).
Notes:
Description | Model -I | Model-II | Model-III |
---|---|---|---|
PV array | 900 Wp | 1800 Wp | 2700 Wp |
Motor capacity | 1 HP | 2 HP | 3 HP |
Shut Off Dynamic Head | 12 metres | 15 metres | 25 metres |
Module mounting structure | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities |
Water Output * | 81,000 litres per day from a total head of 10 metres | 162,000 litres per day from a total head of 10 metres | 135,000 litres per day from a total head of 20 metres |
* Water output figures are on a clear sunny day with three times tracking of SPV panel, under the “Average Daily Solar Radiation” condition of 7.15 KWh/ sq.m. on the surface of PV array (i.e. coplanar with the PV Modules)..
Notes:
Description | Model -I | Model-II | Model-III | Model-IV |
---|---|---|---|---|
PV array | 1200 Wp | 1800 Wp | 3000 Wp | 4800 Wp |
Motor pump set type | Submersible with electronic controller | Submersible with electronic controller | Submersible with electronic controller | Submersible with electronic controller |
Max. total dynamic head | 45 metres | 45 metres | 70 metres | 70 metres |
Module mounting structure | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities |
Water Output * | 42,000 litres per day from a total head of 30 metres | 63,000 litres per day from a total head of 30 metres | 63,000 litres per day from a total head of 50 metres | 1,00,000 litres per day from a total head of 50 metres |
* Water output figures are on a clear sunny day with three times tracking of SPV panel, under the “Average Daily Solar Radiation” condition of 7.15 KWh/ sq.m. on the surface of PV array (i.e. coplanar with the PV Modules) .
Notes
Description | Model -I | Model-II | Model-III | Model-IV |
---|---|---|---|---|
PV array | 1200 Wp | 1800 Wp | 3000 Wp | 4800 Wp |
Motor pump set type | Submersible with electronic controller | Submersible with electronic controller | Submersible with electronic controller | Submersible with electronic controller |
Max. total dynamic head | 45 metres | 45 metres | 70 metres | 70 metres |
Module mounting structure | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities | MS hot dipped galvanised, at least three times manual tracking facilities |
Water Output * | 38,000 Litres per day from a total head of 30 mtrs | 57,000 litres per day from a total head of 30 mtrs | 57,000 litres per day from a total head of 50 metres | 91,000 litres per day from a total head of 50 metres |
* Water output figures are on a clear sunny day with three times tracking of SPV panel, under the “Average Daily Solar Radiation” condition of 7.15 KWh/ sq.m. on the surface of PV array (i.e. coplanar with the PV Modules) .
Notes
Last Modified : 3/2/2020
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