1 / 13

Discussion on Terms & Conditions of Power Tariff Generator Perspective

Discussion on Terms & Conditions of Power Tariff Generator Perspective. By The Tata Power Company Limited Jamshedpur Division 12/11/2003. Operating Parameters. Coal Based Thermal Power Stations. Unit Size . Operating parameters should be linked to Unit size - Up to 70 MW

lara
Télécharger la présentation

Discussion on Terms & Conditions of Power Tariff Generator Perspective

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Discussion on Terms & Conditions of Power TariffGenerator Perspective By The Tata Power Company Limited Jamshedpur Division 12/11/2003

  2. Operating Parameters Coal Based Thermal Power Stations

  3. Unit Size • Operating parameters should be linked to • Unit size - • Up to 70 MW • Between 70 to 150 MW • Between 150 to 300 MW • Above 300 MW

  4. Operating Range • Operating parameters should be linked to • Operating range - • Below 70 % PLF • Between 70 % to 80% PLF • Above 80 % PLF

  5. Heat Rate • Between 70 % to 80% PLF • Unit size up to 70 MW - 2650 kcal / kwh • Unit size between 70 MW to 150 MW - 2550 kcal / kwh • Unit size between 150 MW to 300 MW - 2500 kcal / kwh • Above 300 MW - 2450 kcal / kwh • At PLF below 70 %, the value of Heat Rate should be • increased by 50 kcal / kwh • For PLF above 80 % it should be lowered by 50 kcal / kwh

  6. Auxiliary Power Consumption • Between 70% to 80% PLF • Unit size Cooling Towers Without CT • Upto 70 MW 11.0% 10.5% • 70 MW to 150 MW 10.5% 10.0% • 150 MW to 300 MW 9.5% 9.0% • Above 300 MW (TDBFP) 8.0% 7.5% • Above 300 MW (EDBFP) 9.5% 9.0% • At PLF below 70 % the value of Auxiliary Power • Consumption should be increased by 0.25 % • For PLF above 80 % it should be lowered by 0.25%

  7. Tariff • Fixed Charges • Return on total capital employed - 18.7% (Fixed for 5 years slab) • Depreciation - 3.60 % (plus AAD, if applicable) • 100 % Fixed charges payable at 80 % Availability • Variable (Fuel) Charges • Primary Fuel : Based on Operating parameters • Secondary Fuel : Existing norm of 3 ml / kwh to continue

  8. Incentives • The present norm of 21.5 paisa / kwh as incentive is very • reasonable. However - • For a Base Load Station incentive should be payable at PLF • above 85 %. • For a Peak Load Station having spinning reserve incentive • should be payable at PLF above 75 %.

  9. Return on Capital • Fix for 5 years • Norms of Debt & Equity ration should be 70 : 30 • Return on equity 16 %. • Interest on loans 2 % above Prime Landing Rate (9%). • Ideally Income Tax should be on ROE. The present rate is • 35% + 5% surcharge. • Interest on Working Capital etc. 0.50 % of total capital. • Operating expenses 3% of the capital employed with simple • escalation of 6 % per year, hence average for 5 years is 3.9% • of total capital deployed.

  10. Hence • Return on Capital = (16 % of 30 % + 11 % of 70 % + 36.75% of 16% of 30% + 0.50% of 100 % + 3.9% of 100 % ) of 100 % Capital • = 18.7 % of 100 % Capital

  11. Depreciation • The present methodology of 3.6% depreciation with “Advance Against Depreciation” is very logical. • The sum total of depreciation and advance against depreciation should not be limited to 1/12th of the loan amount • It should be limited to 1/10th of the loan amount • Hence • Depreciation = 3.60% (plus AAD)

  12. Secondary Fuel • In most of the cases the secondary fuel is petroleum products. By having normative values, there will be tendency by generator to save on the same. • The existing norm of 3 ml / kwh should be retained

  13. Thank You

More Related