telangana govt schemes info

Telangana Kaleshwaram project plan 50,000 expenditure for acre 1 year

kaleshwaram project blue print with links

 

Kaleshwaram project on  godavari

kaleshwaram blueprint godavari & pranahita kaleshwaram mid manair to kondapochamma

 

Kaleshwaram project Blueprint:

Total 7 Links:  and 28 packages  (maybe 4 packages each for links)

Link 1:

Medigadda(2-3 TMC daily) >> Annaram >> Sundilla

link 2

yellam pelli >> (tunnels)medaram >> Ramadugu >> midmanair.

link 3:

Mid manair left>> malaka peta >> Upper manair (small reservoirs isaipet,amarlabanda,gujjal,khatiwada, thimmampalli, kachapur)

link 4

Mid manair right >> Anantagiri sagar >>Ranga nayak sagar >> Mallanna Sagar (40/50 TMC) >> Konda pochamma (15 TMC)>>(shameerpet sagar hyd)

link 5:

Mallanna Sagar >> Ganda mallamma >> (Polkampally )baswapur >> Chityala

link 6:

Mallanna Sagar >> Singur (manjira river)

link 7

singur >> Nizam sagar >> sri ram sagar>>nirmal >> dirawarapur

(169 TMC)

(new 18.25 lakh & 18.75 existing agricultural acres)

 

Kaleshwaram project Total water Capacity TMC*

 

Production:

Total 240 TMC (195 TMC from medigadda + 20 TMC from Yellampalli Old + 25 TMC from groundwater surgepools)

Consumption:

169 TMC for  direct 18.25 lakh acres & present 18.82 lakh acres (by ayacut stability). To 36lakh acres.
10 TMC encountered villages drinking water
30 TMC : hyderabad drinking water
16 TMC: Industrial water

15 TMC: evaporation

169+10+30+16= 255 – 15 240 TMC

240/12 = 20TMC monthly

kaleshwaram Project Statics*

  • Note: Static values may not accurate

Total length : 1832 km
Total Gravity Canal : 1531 km
Total Tunnel length : 203 (Not Single Tunnel)
Pressure pipe line : 98 km
Total Lifts : 20 NOs
Total Pump houses : 19 NOs (Avg 4-6 pumps)

Total Pumps : 82 NOs
Power Requirement : 4627.24 MW
Power Consumption : 13558 MU
New Reservoirs : 20 NOs
Old and Excising Reservoirs: 5 NOs
Live Storage : 147.71 TMC

Tunnels & Canals in Srisailam Project

1.Gravity Canal – 1,531 km

2. Gravity Tunnel – 203 km

3. Pressure Mains / Delivery Mains – 98 km

 

Design

204 Km tunnels,
1531 Km gravity canals
20 pumphouses
20 reservoirs

 

Existing Online balancing reservoirs

1. Sripada Yellampalli project – 20.175 TMC

2. Mid Manair Dam – 25.875 TMC

3. Upper Manair Dam – 2.20 TMC

4. Kaddam Project – 7.60 TMC

5. Masani Tank – 0.13 TMC

Total: 55.98 TMC

Proposed Online storage reservoirs

 

1. Medigadda Barrage with FRL 100.0 m – 16.17 TMC

2. Annaram Barrage with FRL 120.0 m – 11.9 TMC

3. Sundilla Barrage with FRL 130.0 m – 5.11 TMC

4. Medaram Online storage – 0.78 TMC

5. Ananthagiri Online storage – 3.50 TMC

6. Sri Ranganayaka Sagar (Imamabad Online storage) – 3.00 TMC

7. Sri Komaravelli Mallanna Sagar (Tadkapally) – 50.00 TMC

8. Malkapet Online storage – 3.00 TMC

9. Konda Pochamma Online storage (Pamulaparthy) – 7.00 15 TMC (618M FRL)

10. Amarlabanda Online storage – 5.00 TMC

11. Katchapur – 2.50 TMC

12. Thimmakka Palli – 3.00 TMC

13. Issaipet – 2.50 TMC

14. Bhoompally Online storage – 0.09 TMC

15. Gujjal Online storage – 1.50 TMC

16. Katewadi Online storage – 5.00 TMC

17. Mothe Online storage – 2.90 TMC

18. Kondem Cheruvu – 3.50 TMC

19. Gandamalla Online storage – 9.87 TMC

20. Baswapuram Online storage – 11.39 TMC

Total: 147.710 TMC

 

 

 

 

Kaleshwaram Project Power consumption with Price

as per Total Power requirement for the Project is 4628 MW  or 46,28,000 kwH or unit/hr
overall energy required for the Project is 13558 MU (Million Units) or 1,35,58,000 kwh /units

13558000*6= 8,13,48,000  (8 cr 13 lakhs but 2020 bill 10K cr bill)

40 mw
1kw= 1 unit
40,000 unit
Total capacity
4000mw
40,00,000
(Per unit 5-7 from private solar companies)
40lakhs*6= 2,40 cr /per hour
50*6 = 3cr /hour

Cusec to TMC How many litres for TMC

1 cusec = cubic feet per second
28.317 litre per second.
1 TMC = 28.316 billion litres
1 tmc/day = 11574 cusecs (cuft/sec)
Cusec to TMC
11000 cusec *24 hours =1TMC or 3.3 lakh litre water flow per second
TMC = thousand million cubic feet or 1 billion cubic feet.
Kaleshwaram to Hyderabad 1 /30 TMC
electricity for 1 tmc based on annapurna surge pool pumps
4 pumps @ 106mw @ 2800 cusecs
2800*4= 11200 out of 11574 cusecs per 24 hours.
1 hour
106mw = 106000 kw or units  (1MW = 1000KW)
1 unit = 5.9-7₹ from solar
6₹
106000*6=6,36,000 /hr 1 motor
636000*4= 25,44,000 /hr  (4 motors power consumption per hour)
24*2544000= 6,10,56000 (6.1cr) (4 motors power consumption per 24 hours)
6.1cr electricity bill  = 1 TMC

Kaleshwaram Project 1 Litre cost

1 tmc = 28.316 billion litres(1 billion 100cr)
61M = 6 cr and  (1M = 10 lakhs, 10M = 1cr, 60M = 6 cr)
#he divide 28 billion litter with electricity cost lifting those water.
ex:  dividing  to  100 / 10 People so  each  1 get 10.
28316000000/61056000= 463.7litres / 1 rupee.
just for 1 lifting.

Kaleshwaram to Hyderabad Water Supply Cost

Hyd tmc
 Medigadda >> annaram >> sundilla >> yellampalli >>
Medram pumphouse >> canal>>
Mid manair>>Anantha giri>> ranganayak sagar>> mallanna sagar>>singur/kondapochamma >> shameerpt>> watertreatment
10-11 times lifting same water.
(Evaporation, draining)
evaporation 240-255=15 5.8%
10x bill for 10 times lifting  to hyderabad
as of above 6.1cr required for lifting 1 TMC
61cr  required for  lifting 1 tmc (10 times)
46 litres raw per rupee
////
2 TMC
2*12=240 year 4.8- 5 megawatts
3*12=360 TMC 7k megawatts cap /hr (480TMC cap)
4800mw = 2.4cr bill/per hr.
1 tmc = 6.1cr
240*6.1= 1464cr (avg 10 times) 14,640 cr but it’s not
7 times 10248 cr power
possible (10k cr consumption 2020 budget)
2020, 10k cr power bill budget 100k cr crop.

Kaleshwaram water cost for Agriculture rice crop 1 Acre

4000kg for 2.5acres
quintol
1kg paddy /  rice need 2500 litres (2k-3k)
10M litre for hectare
2000kg paddy*2500= 5M  or 5k ton water
5M litre for acre.

How many Litre waters required for 1 lakh acre & 36 lakh acre?

5M litres for Acre for paddy
5M*100K=  (50,00,000*1,00,000=500,000,000,000)
500Billion litres
500/28.316= 17.6TMC
1TMC =  28.316 billion litres
17.6TMC for 1 lakh acre
17.6*37=651.2TMC (but 240/169 TMC
2.5 M Litres for Cotton Crop
651.2/2=325.6TMC (if 50% from rain, underwater 162.8TMC for crop)
Power bill 1 TMC 6.1Cr
169*6.1=1030.9 Cr for 1st Lift. 2nd lift 2060 5th  5154.5 cr
10th lift 10,309 cr

How many Acres irrigated with 1 TMC water under kaleshwaram?

17.6TMC for 1 lakh acre

as above for 1 Acre we have divide

100000/17.6=5,681  or 6000 Acre of Paddy

Cotton Crop :  12 Acres

1 TMC = 6000

169 TMC = 169*6000 = (10,14000)

169*5681= 9,60,089  (Lets figure it for 10 lakhs acre then how govt decided 18.25+18.75acre total 37 and 40 lakhs acres)

*no info on percentage of crops in those 37-40 lakh acres.

1 Acre paddy Yield in telangana / india Avg

2000 Kgs or 20 Quinta
1 quinta (100Kg) Price
Paddy = 1855  (2 Quinta= 3710₹  20 Quintals 37,100)
let’s assume 40,000 INR yield from  (2nd crop leads 80K due to kaleshwaram)
Cost:  Avg 20,000  (rythu bandhu -10,000)

Paddy to rice business  30-50% Margin

1 kg paddy Price  19 rupess (100kg / 1quinta  = 1855INR)
  1 Kg price 50₹. ((100kg / 1quinta  = 5000INR)
after milling
70%of paddy= rice= 1.4 quinta (₹7000)
700kg*50= 3500 (1800)2x)
milling ₹30-50 quintol* (100kg).
transport etc.
kaleshwaram water price for paddy 
total acres 18.25+18.85  37lacacres
assume 40 lakh acres
10kCr yearly powerbill
10kcr/40lakhacre = 25,000 / acre  (yield 40,000 + exp if -watercost*)

assume 500 litres per 1 rupee based HyD TMC / calculation

1 ₹= 468/500 litres
50 lakhs lites (rain +irrigation) required for paddy to produce 2000 Kg  or 2 quintal
50,000,00  /500= 10,000 (rupees electricity)  per acre for 1st lift.

2nd lift or lifting 2nd leads double cost for far plug areas

INR 20,000 acre for
5th lift 50,000 Rupees water cost  per acre
Avg 30-40k per acre.

Kaleshwaram water cost for Cotton crop 1 Acre

5k-8k cum per hectare
6M for 2.5acres(2.47)
2.4M litre water for Acre cotton crop
24 lakhs/500= 4,800₹ value of water per acre based on electricity.) (productivity 1 lakh)
2nd lift:  9600
3rd: 144k
4th: 192k ₹
1 quintal cotton price (4500₹).
Cotton Crop Yield in telangana / India per acre
20 Quintal 2000Kg avg (china e 1,755 kg for 4.7 acres indian rate 465 -500kg  for hectare)
let’s assume 5000 Inr per quintal
20*5000 (1 lakh)
other expenditure:  20,000  –10,000 + 6 rythu bandhu & pm kisan 6+ Avg
tractor, pesticides, fertilizers, labour
higher need for 2 crops for year, (kharif and rabi) (maybe expotenial growth regardless of waterprice)
free agriculture power burden on telangana (farm power 1000cr every year, kcr expecting 6k-7k cr after kaleshwaram project)
Budget 2021: 1,82,941(avg 2 lakh cr)
kaleshwaram (10,k cr 5% of budget +1k cr maintenance 6%).
India gdp 4-7%, ts gsdp 12%,
Daily revenue around 400-500 cr /day (from excise and liquor ,stamps and registration,motor vehicle tax,VAT on petroleum, GST, etc)

 

 

TS Transco CMD asked NTPC to give 2000MW (july to november for Kaleshwaram project)

past 58 years AP & ts max at 13152MW
but now ts alone reached 13,168Mw demand
budget 2020: 10,146 crore allocated (5984 and 4,162 cr due as on date
16,300 MW installed
demand 7800 -8000MW
2000MW from solar
expected load when K prokect comes is 13000MW
(the power required to fill the 1700cr
for 15 TMC.)

2012 power purchase agreement (PPA) between solargen companies & tstransco
amount of Rs 5.17 and Rs 6.90 per unit, but its due 2000cr as june 2 2019.

lets calculate per as low as 5 rupee

13558 Million Units * 5

67790 Million Rupees (1M= 10 lakhs, 1B= 100cr 1T =1 lakh crore)

67.790 Billion or 6,700 cr

 

 

 

 

kandipalli pump house 

5.7TMC water
20.64- 8cr cr
every month 23rd ts trnasco
kannepalli pum house 1.96 cr units * 6 = 12.24 cr
1 unit = 6INR

1 motor capacity 40Mw (40000 units * 6 = 2.40 lakh  charges per hour.

24 hours 2300 cusec water
kannepalli,annaram,sundilla 5X

Kaleshwaram DPR wapcos report 2017

1 rupee investment = 1.5 rupees  income
annual bill 4000cr
maintenance 100 cr

// 10,000cr inn 2020, maintenance 600 cr may go upto 1000 cr)

Prof. Nageshwar Rao source mahanews
10k cr electricity bill
38.9 lakhs acres water

direct 18 lakhs aayacut 18.85

100B/40M= (10 thousand cr / 40 Lakh acres)

100000000000/4000000= 25000 (per acre) (direct water 18 lakhs 50,000 Acre)
(as of may 2020 state govt cleared 10k cr for this year, but project not fully operated)

 

Kaleshwaram Project Cost Reduction Strategies

  1. Buying Power from NTPC Instead of Private Solar Panel Companies (3000MW)
  2. low water intensive crops
  3. as per govt 10k cr investment /year 1lah cr value crop and wapcos 2017 report 1 rupee investment 1.5 return for agri
  4. Solar Power Plants by Government
  5. Artificial Gravity Canals
  6. Utilizing water carefully
  7. *Nominal  Charges from farmers** (who knows)
  8. kaleshwaram power bill = 5.8% of 2021 budget.

 

Kaleshwaram Project budget & Annual maintenance

 

Budget 50,000 cr increase to 80K and then 120K cr in 2019.

Loans

Andhra bank 7400 Cr

Pnb 11,400 cr

Power Corporation Of India 12,000 + 7700 cr

7400+11400+12000+7700= 38,500Cr @interest avg

 

kaleshwaram project controversies:

 

Oppositions /people Government
agriculture: earning 15,000 spending 50,000 there is no other way than lift irrigation

not only for agri but also industrial and drinking water.
Power: 5500 for 2 TMC, if 2+ 1 7500 Megawatts. ground water increases so borewells use less energy, Operating cost decreases in future,
Budget 50,000 cr increase to 80K and then 120K cr. Its the effect of inflation,  budget will increase & operating cost will reduce in future

 

Kaleshwaram Project Achievements

Impossible to possible (200% effort)
balancing cost 50% effort

(trs did what other neglected) (increased groundwater & yield of crops)

made artificial reservoir capacity 240TMC+*

Future: droughtless telangana (huge investment on agriculture)

Largest Tunnels
4th largest Power consumption

Kaleshwaram Project History

Barrage: for diversion of water

dam: for storting

2004 ysr  started and dead in 2019.
Polavaram & Pranahita chevella
2014: Polavaram by ap naidu
Chevella by kcr
Wardha wainganga= Pranahita river.
thummidihetti-project
Barrage and water to chevella via Hyderabad.
Problem:
1.Maharashtra green (on ysr) red signal to kcr (by villages sub merge)
2.Expected 160tmc but max 100tmc not enough.
Wapcos ltd with lidar technology (to get 280 TMC )
Kcr planned to build project where godavari & Pranahita meet .
2016: Maharashtra & telangana Discussion
2 Parts
1. amedkar pranahita (20 TMC dam at Tammiddi hatti to adilabad & komaram bheem)
2.kaleshwaram
240 TMC to upstream places like Hyderabad by lift irrigation scheme.
Medigadda barrage to stop water for 17km
pumphouse: 17 motors with megawatts to lift water to 15 km to canal to annaram barrage.
Annaram barrage: 66 gates  water stops for 32km
2nd pumphouse: 8 motors 40 megawatts to
Sunnila barrage. 74 gates and stores water for
25Km 11 motors to flow water yellampalli barrage.
Godavari water to godavari by lift irrigation
Yellampalli barrage: established on 2016.
Part 2.
Yellampalli to medaram: by 2 tunnels with 7 motors
124 megawatts power.
Medaram to lakshmipur by 2 tunnels 7 motors with electricity 135 megawatts.
1 water tunnel 24km*2=48 km tunnels.
surgepools=(underground reservoir)
Lakshmipur to mid manair by sriram sagar flood canal through natural gravity.
Link 3-7(under process)
Link 3: mid manair to upper manair
Link4: mid manair to konda pochamma reservoir
Link5: gandha mallan(mallanna sagar) to mulkan pally(chityala)
Link 6: komuravelli mallanna sagar to singur dam.
Link 7:  Sri ram sagar to nirmal,kamareddy,nijamabad.
20 districts out of 33 gets benefited.
2025 total complete (20%completed).
Controversies: acre 15k but spending 50k.
20 tmc capacity to restore chevella and use for Adilabad.
Watervs price
power:  solar panels

target : godavari excess water to yellampalli
pranahita 152 Meters
issues maharashtra forest

kaleshwram /medigadda barrage 100 meters after
pranahita + godavari at kaleshwaram

kaleshwaram project full details pdf

 

Disclaimer: Information just for Awareness please detailed Project Report DPR of kaleshwaram by Telangana Government (if released)