The document provides information about Techno Renewable Energy Systems, a technical consultancy for CSP solar power generation projects in India. It details the company's services such as consulting for parabolic trough and dish farms from 1 MW to 1000 MW. It also describes the technologies involved like parabolic trough collectors and solar tracking dish technologies. The company provides molten salt storage technology for steam turbines. It aims to help investors in government funded solar projects in India.

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Techno Renewable Energy Systems
304 Sai Leela Residency, Karthikeya Nagar, Nacharam, Hyderabad 500076, Mob: 9394882815, email,tresindia@gmail.com
TECHNO RENEWABLE ENERGY SYSTEMS, CSP Solar Power generation projects Technical
consultants, for Parabolic trough, Suntrack CSP Dish farms, 1 MW to 1000 MW
HYDERABAD contact K.G.R.Rao, mobile 9394882815.
TECHNICAL CONSULTANTANCY,
SOLAR CSP POWER GENERATION .From 1 MW to 1000 MW IN INDIA,
investor, PA 60 % to 80%, funded by various Indian Government nodal agencies,
under Government India funding schemes, From JNNSM IREDA, MNRE, REC, IDFC,
Rural electrification programme for villages, JAWAHARLAL NEHRU solar mission1 MW
TO 1000 MW 10 years of Tax free, for IPP - PPA power generation projects,
arrangements,
(CSP) Tower technology, Parabolic Trough collector technologies from USA- specially
manufactured first time in world with NREL approved technology with reflecting film
bonded to thin metallic base, aluminum sheet from EU, for parabolic trough , new
technology to India, 10KW, 20 KW, 25 KW Solar tracking Dish technology fitted with
S.Engines , each dish, with mirrors produce 25 KW electricity, imported to India,
Only, 30 % project Mirrors, tubes, imported rest fabrication process, available in India,
All our technologies proven in USA. With projects in California, USA, deserts and running
successfully. Producing more than 1500 MW and 4000 MW in other countries,
We provide with various latest tested ,Molten Salt high temperature storage technology from
USA 550 c To 650 C temperature for steam turbines storage for 8- 10- 12 to 14 hours heat
collected in sun radiation energy storage technology to store heat and generate power in nights
by solar energy, 1500 MW already projects running around the world, proved technology,
contact K. G.R.Rao, Technical Consultant,
mobile 9394882815.
1 gigawatt-hour (GWh) = 1,000 MWh or 1,000,000,000 watt-hours
1 megawatt-hour (MWh) = 1,000 kWh or 1,000,000 watt-hours
1 Kilowatt hour = 3413 British thermal unit
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85 % 100 % Government Funding Projects,
Prime Minister funding projects.
COMMERCIAL SOLAR FARMS, 1MW, TO 100MW
INDUSTRIAL SOLAR SYSTEMS, 25kwh to 500 kWh
SOLAR CSP – THERMAL- POWER PROJECTS.
First Time in India
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Hiking about a solar energy system for your home?
Here's some good news.
MNSE, IREDA, NABARD, Rural Electrification, has set aside millions of Rupees to
help finance the installation of solar power systems for residents, businesses, and
organizations throughout our electric service area.
And that means you may be eligible for a loan from MNSE, IREDA, NABARD that can
help finance 60% – 90% of your qualified solar power installation.
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Is a solar power system right for you?
What should my business consider before moving forward?
A solar electric system can significantly lower your energy bills, so you can increase
your profit margin and put more money back into your business. It can also help your
organization reduce its environmental footprint.
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But, if you’re thinking of installing a system and applying for the PSE&G Solar Loan
Program, you should…
• Operate your business in electric service area.
• Have predominantly South facing, unobstructed roof areas without shading. It is
ok too be East or West of due south up to a point – most sites will not be 180
degree due South.
• Have a large enough installation area. A solar electric system requires
approximately 100 ft2 of installation area per kilowatt.
• Have a well-maintained roof that is, ideally, less than 5 years old. If your roof is
older than that, you might consider replacement before installing a solar electric
system.
If your business meets these requirements, now is the time to make solar
power a reality.
Planning your solar power installation for your business.
Here are some tips that will guide you through the steps you need to take before you
contact TRES for financing.
Step 1: Learn the facts.
Step 2: Find a skilled contractor and compare costs and savings.
We recommend talking with at least three different contractors/installers, and having
each submit a proposal based on an on-site audit of your property.
The proposals you request from competing contractors should allow you to make a
direct comparison of all costs associated with system ownership, such as equipment,
size of system your home can accommodate, and expected annual energy generation.
Once you choose your vendor, you’ll be ready to…
Step 3: Apply for Solar Loan financing.
TRES will guide finance project loans approximately 60% – 90% of the cost of a
qualified operating solar electric system. Your contractor will work with you to help you
with the loan application and technical documents you’ll need to apply for financing.
Thinking about a solar energy system for your business?
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Here's some good news.
And that means you may be eligible for a loan from funding agencies that can help
finance 60% – 90% of your qualified solar power installation.
What’s more, unlike other loans, you can elect to have the Solar Renewable Energy
Certificates (SRECs) your solar electric system generates to pay back your loan.
Solar project loan has simplified and improved the loan approval and closing process.
It’s now easier than ever to get a Solar Loan.
It’s all part of TRES continuing efforts to encourage the development and installation of c
Is a solar power system right for your business?
10. Loan applications will be accepted into the following segments:
Greater than 150 kW up to 500 kW
a. 25MW
(non-residential)
b. Up to 150 kW (non-residential) 17MW
c. Residential 9MW
11. Loan applications will be accepted on a quarterly basis, with eight application
periods over a two-year period. The first application period will begin as soon as
practicable after BPU approval. The following table shows the initial proposed
schedule of quarterly application periods:
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Application Period/Capacity
Available (MW)
Schedule
Class % of Total Total MW Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8
Residential 17.7% 9 0.4 0.6 0.8 1.20 1.50 1.50 1.50 1.50
Non-Residential
Quarterly Amount 100% 51 20% 20% 15% 15% 8% 8% 8% 8%
Non-Resi
33.3% 17 1.0 1.5 2.0 2.8 2.5 2.5 2.5 2.2
=150kW
Non-Resi
>150kW 49.0% 25 8.1 7.4 4.6 3.4 0.5 0.5 0.5 0
=500kW
Total 51 9.5 9.5 7.4 7.4 4.5 4.5 4.5 3.7
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IMPORTANT
Over the years we've seen many solar panel manufacturers come and go, taking their
warrantees with them, leaving consumers with failed products and no recourse. Just in
the past two years, literally hundreds of new, non name brand solar panel manufacturers
from all over the world have jumped on the solar bandwagon.
The one thing that we know for certain from our eleven years of experience in this
industry is that the majority of these new solar panel manufacturers will not exist within
the next five years.
You may find dealers who are offering these off brand solar panels at bargain prices
describing them as "high quality solar modules" or "top of the line product" but the fact is
that regardless of a U.L. rating or regardless of how well built a solar panel appears to
be, the most important consideration behind the purchase of any solar panel is the
financial strength of the name behind the product.
Here at Value Solar we only offer top name brand solar panels from well established,
very large manufacturers that possess the financial muscle to honor their warrantees.
Buying non name brand solar modules may save you some money up front, but 3 or 4
years from now when those bargain brand solar panels fail and the manufacturer is
nowhere to be found, any money that you saved today will be worthless without an
enforceable warranty. No matter what solar dealer you buy your solar system from
always insist on solar panels from large name brand manufacturers who are much more
likely to be there decades from now to honor their warranty should you have a solar
module failure.
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what is Energy?
Section C. Measuring and Quantifying Energy
1. Conversion and Resource Tables
Energy Conversions
British
Foot- Kilo- Kilowatt-
Thermal Joules calories
pounds calories hours
Unit
1 British
1 777.9 1055 252.0 0.252 2.93x10-4
Thermal Unit
1 Foot-pound 0.001285 1 1.356 0.3238 3.238x10-4 3.766x10-7
9.481x10-4 0.7376 1 0.2388 2.388x10-4 2.778x10-7
1 joule
0.003969 3.088 4.187 1 0.001 1.163x10-6
1 calorie
1 kilocalorie 3.969 3088 4187 1000 1 0.001163
1 kilowatt
3413 2.655x106 3.6x106 8.598x105 859.8 1
hour
Table adapted from "ELEMENTS OF PHYSICS 5/E. by SHORTLEY/WILLIAMS,
1971. Adapted by permission of Prentice-Hall, Inc., Upper Saddle River, N.J.
For example, this table shows that 1 kilowatt-hour (kWh) = 3413 British Thermal Units
(Btu). If you were to convert 15 kWh to Btu, use the following calculation:
15 kWh x 3413 British Thermal Units = 51,195 Btu
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Power Conversions
Foot-Pounds Horse- calories per Kilo-
Watts
per second power second watts
1 foot-pound
1 0.001818 0.3238 0.001356 1.356
per second
1 horsepower 550 1 178.1 0.746 746
1 Calorie per
3.088 0.005615 1 0.004187 4.187
second
737.6 1.341 238.8 1 1000
1 kilowatt
0.7376 0.001341 0.2388 0.001 1
1 watt
For example, this table shows that 1 watt = 0.001341 horsepower. If you were to convert
250 watts to horsepower, use the following calculation:
250 watts x 0.001341 horsepower = 0.34 horsepower
1 watt
Conversion Factors
Average Energy Content of Various Fuels
3413 British
1 kilowatt hour of electricity = thermal
units (Btu)
1,008 to
1 cubic foot of natural gas =
1,034 Btu
100,000
1 therm of natural gas =
Btu
138,095
1 gallon of crude oil =
Btu
5,800,000
1 barrel of crude oil =
Btu
149,690
1 gallon of residual fuel oil =
Btu
125,000
1 gallon of gasoline =
Btu
1 gallon of ethanol =84,400 Btu
1 gallon methanol =62,800 Btu
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1 gallon of gasohol 120,900
=
(10% ethanol, 90% gasoline) Btu
1 gallon of E-85
=90,500 Btu
(85% ethanol, 15% gasoline)
135,000
1 gallon of kerosene or light distillate oil =
Btu
138,690
1 gallon of middle distillate or diesel fuel oil =
Btu
1 gallon of liquefied petroleum gas (LPG) =95,475 Btu
8,100 to
1 pound of coal =
13,000 Btu
16,200,000
to
1 ton coal =
26,000,000
Btu
9,000,000
to
1 ton wood =
17,000,000
Btu
18,000,000
to
1 standard cord of wood =
24,000,000
Btu
6,000,000
to
1 face cord of wood =
8,000,000
Btu
1 pound of low pressure steam (recoverable heat) =1,000 Btu
Measurement Conversions
1 short ton (ton) = 2,000 pounds = 6.65 barrels (crude oil)
1 metric ton (tonn) = 2,200 pounds
1 barrel (bbl) = 42 gallons = 5.615 cubic feet = 159.0 liters
1 therm = 105 Btu = 100,000 Btu
1 thousand Btu (MBtu) = 1,000 Btu
1 million Btu (MMBtu) = 1,000,000 Btu
1 quad = 1 quadrillion Btu = 1015 Btu = 1,000,000,000 MMBtu
1 kilowatt-hour (kWh) = 1,000 watt-hours
1 megawatt-hour (MWh) = 1,000 kWh or 1,000,000 watt-hours
1 gigawatt-hour (GWh) = 1,000 MWh or 1,000,000,000 watt-hours
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1 standard cord of wood = 8 feet x 4 feet x 4 feet = 128 cubic feet = approximately 4,000
pounds
1 face cord of wood = 8 feet x 4 feet x 16 inches = 42.7 cubic feet = approximately 1,333
pounds
Hickory (shagbark) 24.6 5,801 4,240
Maple (sugar) 21.3 5,788 3,680
Oak (white) 22.7 5,791 3,920
Pine (white) 13.3 6,394 2,080
*1 MMBtu = 1,000,000 Btu
Adapted from Solar Energy Project "Heating Value of Wood" p. 2-13 in "Wood:
Stored Solar Energy." Renewable Energy Activities for Biology. Albany, N.Y.:
Solar Energy Project, State University of New York at Albany, n.d., and Wisconsin Department of Natural
Resources, Bureau of Forestry. Forest Trees of Wisconsin: How to Know Them. Madison, Wisc., 1990.
PUBL-FR-053 90REV.
Average U.S. Household Electric Consumption for Major
Electrical Appliances
Annual kWh Consumption
Appliance
per Household
Central Air Conditioning 2,667
Room Air Conditioning 738
Water Heater 2,671
Refrigerator 1,155
Freezer 1,204
Range / Oven 458
Dishwasher 299
Water Bed Heater 960
Clothes Washer 99
Clothes Dryer 875
From Lawrence Berkeley National Laboratory. "Standby Consumption Values for Residential Appliances,"
table. Internet. Leaking Electricity Home Page:
eetd.lbl.gov/leaking. 1998.
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Wattages of Small- and Medium-Sized Electrical Appliances and
Equipment Found in Homes and Schools
Home Appliance Wattage (Watts) Home Appliance Wattage (Watts)
Heating/Cooling Laundry/Utility
Dehumidifier 645 Iron 1,000
Fans
Ceiling 100
Vacuum Cleaner 650
20-24" Window 200
Oscillating 88
Portable Humidifier 88 Personal Care
Portable Space Heater 1,500 Blanket 200
Water Bed Heater 350 Curling Iron 40
Hair Dryer
Blower 1,200
Home Office and Entertainment Blower/Styler 600
Hood-Type 1,200
Soft Bonnet 400
Fish Aquarium
Filter 10
Heating Pad 50
Heater 100
Pump 10
Home Computer
150 Shaver 14
(Standard)
Printer
Ink Jet 19 Toothbrush (Electric) 7
Laser 175-275
Movie or Slide Projector 150 School Equipment Wattage (Watts)
Sewing Machine 75 Aquarium Pump 4
Solid-State Radio 15 Aquarium Heater 100
Stereo 110 Computer (Standard) 150
Television
Color 200-350 Photocopier Up to 2,500
Black & White 40-160
Typewriter 60 Ditto Machine 65
VCR 40 Electric Typewriter Less than 50
Kitchen Film Projector 350
Blender 400 Filmstrip Projector 500
Broiler 1,500 Filmstrip Viewer 7
Can Opener 120 Opaque Projector 1,000
Coffee Maker 1,400 Overhead Projector 500-850
Corn Popper Printer
Hot-Air Type 1,200 Ink Jet
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Oil-Type 575 Laser
175-275
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Food Chopper 360 Record Player 30-100
Food Processor 360 Slide Projector 500
Frying Pan/Skillet 1,300 Tape Recorder 6-100
Hot Plate 1,100 Television
Black & White 40-160
Color 200-350
Kettle 1,500 VCR 40
Microwave Oven 750
Mixer
Hand 120
Heavy-Duty 210
Toaster 1,000
Toaster Over 1,350
Waffle Maker 1,200
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