|
|
|
|
|
|
| |
|
|
|
|
| |
General information |
|
| |
| Name |
Sunil Health Care India
|
|
| Country installed |
India
|
|
| Address |
Alwar, Rajasthan, India
|
|
| Industry sector, NACE code |
C - Manufacturing
|
|
| Solar thermal system owner / operator |
Sunil Health Care, India
|
|
| Solar thermal engineering company |
Intersolar Systems, Chandigarh, India
|
|
| Process integration engineering company |
Intersolar Systems, Chandigarh, India
|
|
| Year of operation start |
|
|
| |
Technical parameters |
|
| |
| Collector technology |
flat plate collector
|
|
| Collector name |
|
|
| Installed collector area (gross), m² |
147.0
|
|
| Installed collector area (aperture), m² |
|
|
| Installed collector area (absorber), m² |
|
|
| Installed thermal power (estimated), kWth |
102.9
(Default value calculated by multiplying the gross collector area by 0.7 kWth/m²)
|
|
| Solar collector loop heat transfer fluid |
water
|
|
| Solar energy storage |
short-term water storage
|
|
| Storage volume, m³ |
6.5
|
|
| Kind of conventional heat source |
hot water boiler
|
|
| Kind of fuel used |
fuel oil
|
|
| |
Process |
|
| |
| Solar thermal energy used for |
Preparation of gel for capsule making
|
|
| Unit operation |
other process heating
|
|
| Point of Solar Heat Integration |
B2) Heating of process medium (please specify)
|
|
| --> Integration how and where |
The water heated with solar is directly used for preparation of gel in capsule making.
|
|
| --> Temperature range process |
|
|
| --> Temperature range solar loop (min/max), C° |
The solar heat is delivered at 75 °C to 85 °C.
|
|
| |
Economic parameters |
|
| |
| Total investment costs (excl. VAT), € |
39,433.00
(Turnkey costs including solar collectors, piping, support construction, storage, design, commissioning reduced with subsidies)
|
|
| Solar loop (excl. VAT), € |
13437
(Solar collectors, piping, support construction)
|
|
| Solar energy storage (excl. VAT), € |
16200
|
|
| Others (excl. VAT), € |
9024
(Design, commissioning, others)
|
|
| Process integration (excl. VAT), € |
3685
|
|
| Subsidy, € or % of total investment costs |
6600
|
|
| Cost for fuel replaced, €/MWhfuel |
52
|
|
| Calculated solar thermal system life time, a |
|
|
| Annual useful solar heat delivery, MWh/a |
|
|
| Specific annual useful solar heat delivery, MWh/am² |
|
|
| Specific investment costs, €/m² |
268.25
|
|
| Solar fraction, % |
|
|
| |
Lessons learned |
|
| |
| Initiative |
Sunil Health Care was responsible for the initial startup. Rising Diesel prices, Corporate social responsibility, rising awareness about solar thermal technology and its benefits.
|
|
| Integration methodology |
The only hot water requirement in the manufacturing process was the preparation of gel. It was previously supplied by a diesel hot water genera-tor. So a solar thermal system was designed to replace this hot water gen-erator and supply instead with solar energy.
|
|
| Crucial Interfaces |
The most crucial interfaces are the factory manager who has the overview of the processes and the system design engineer of the technology provider. A thorough understanding on the part of the system engineer ad a detailed discussion with the factory manager is required to produce an efficient system.
|
|
| Construction / Commissioning |
|
|
| Operation / Performance |
|
|
| Recommendations |
Since Monitoring is not a part of the design at all, It should be considered during the design of the system itself. Care must be taken to ensure that the storage design is optimum and the use of 2 big storages resulting in heat loss must be avoided.
|
|
| |
Source |
|
| |
| Author |
Annabell Helmke
|
|
| Company of author |
Fraunhofer ISE
|
|
| E-mail |
Annabell.Helmke@ise.fraunhofer.de
|
|
| Phone |
|
|
| Homepage |
|
|
|
|
| |
|
|
|
|
|
SHIP Plants
