EAI Green Facilities

EAI Green Facilities

Get a Quick Blueprint on Using Renewable Energy for Your Company

 

Sustainable and Renewable Energy Feasibility Intelligence Report

 

  • Reduce your consumption of costly furnace oil/diesel
  • Gain control over power costs by shifting to renewable energy – solar, wind and biomass
  • Recover wasted heat for useful energy/power
  • Implement quick energy efficiency solutions with fast paybacks

 

solarwindpower solar (1) Windmills in a row on cloudy weather

 

A concise feasibility study by EAI for your firm’s renewable and sustainable energy strategy

With increasing prices of grid power, diesel, furnace oil and LPG, every Indian company is keen on implementing a renewable energy strategy that will lower their power and heating/cooling costs while making their operations more environment-friendly.

The green facilities way to achieve these twin goals of lower costs and eco-friendliness is to start using sustainable and renewable energy sources for both power and heat/cooling.

But how can your company start off in its quest to have a sustainable energy strategy and implementation. EAI’s Green Facilities is the best way to start.

Green Facilities is a concise study that will be done by EAI’s renewable energy expert team to provide you with critical intelligence for your sustainable energy strategy.

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The Approach

Step 1:
Green Facilities looks at each company’s energy use along three dimensions

  • Use of heating fuels such as FO/LPG/Diesel
  • Diesel use for backup gensets
  • Grid power

Step 2:
It then evaluates all the renewable / sustainable energy options. The complete set of such options that are commercially viable today are:

  • Solar PV – on rooftop
  • Solar PV – power procurement from 3rd party
  • Solar water heater
  • Concentrating solar thermal
  • Wind power – either captive generation off premises or 3rd party purchase
  • Biomass power
  • Biomass based heating
  • Waste heat recovery/CHP/Cogeneration
  • Back-pressure steam turbine
  • Energy efficient heating solutions
  • Energy efficient lighting solutions

 

Step 3:
It then cross-references currently available solutions with the client’s criteria and constraints (investment, space etc.) to identify economical solutions. The following matrix shows how available solutions can result in reductions in energy use along the three paths.

Currently available solutions Furnace oil/LPG/Diesel for heating Diesel for back-up power Costly grid power

Solar PV – on rooftop

X

X

Solar PV – power procurement from 3rd party

X

Solar water heater

X

Concentrating solar thermal

X

Wind power

X

Biomass power

X

X

Biomass heating & cooling

X

Waste heat recovery/CHP/Cogen

X

X

X

Back-pressure steam turbine

X

X

X

Energy efficient heating solutions

X

Energy efficient lighting solutions

X

X

*In the above matrix, X indicates that the corresponding solution can have a significant impact in reducing the consumption of the fuel concerned.

EAI Green Facilities provides you with actionable intelligence on the following:

How your company can benefit:

  • Fix energy costs for your products and services in the long term
  • Market your green products better to international buyers
  • Do so with little or no capital investments

Who will benefit from this?

  • Manufacturing/service companies or anyone, really, whose power and heating/cooling costs are shooting through the roof!
  • Renewable/sustainable power sources feasible for captive generation (Both On/Off premises) and 3rd party procurement, given the geographical location and operational requirements
  • Feasible renewable heating/cooling solutions
  • Costs, economics, business models – also includes inputs for Cap-ex, Op-ex minimization techniques and risk mitigation strategies
  • Guidance on easy energy efficiency avenues available for your industry
  • Next steps towards implementation of your sustainable energy strategy

EAI will be able to provide you with this report within a month. EAI’s Green Facilities is the best first step for your company in your quest for sustainable energy. It is quick, it is concise and it does not cost you a lot.

 

GET IN TOUCH

Send a note to consult@eai.in or Call Narsi 7358263274 with the subject “EAI Green Facilities” and we will get in touch with you soon.,

 

Some examples of companies that have benefited from energy-saving initiatives:

  • Britania Industries Limited: 600 Kg/hour Gasifier to replace 3,000 Litres/day of Furnace Fuel for the Biscuit Furnace with a projected ROI < 1 year
  • Use of geothermal cooling at the Indian School of Business – Mohali campus in Chandigarh: The air conditioning system in the campus buildings, spread over 70 acres, has been so designed as to save 1.2 million kilowatt hours of power and 143.3 million litres of water a year. The financial saving on power alone will be Rs 87.16 lakh annually.
  • Use of sustainable cooling solutions at the four seasons hotels in Mumbai because of which power bill is expected to drop to Rs 10 – 15 lakh from over Rs 40 lakh presently.
  • A multi-national IT company in Maharashtra saved 100s of crores by signing up with a 3rd party wind power supplier
  • Bharti Airtel, a leading global telecommunications company with operations in 20 countries across Asia and Africa has powered up its core location with Solar Power at Gangaganj, Lucknow.
  • Biomass Power with Cogeneration at Velan Hotels, Tirupur: A 2.7 MW biomass power plant will be installed to meet the power requirements of the existing hotel, and for the mall and multiplex that is to be constructed. 800TR waste heat recovered from the biomass plant will be used for the air-conditioning of the mall and multiplex. The project is expected to cost Rs. 22.36 Crores and save Rs. 2 per unit on the expected 650 lakh units annual consumption
  • Tamil Nadu Newsprint and Papers Limited: A 500 Kg/day biogas plant is being implanted at TNPL’s plant at Karur to convert Kitchen and Food Waste to energy
  • Beach Minerals Company: The company has installed a 1.5 MW biomass gasifier plant for their manufacturing unit at Tirunelveli, Tamil Nadu. The plant availability is more than 90% and delivers an overall profitability of Rs. 9.52/kWh
  • Apollo Hospitals: A geothermal based HVAC system was installed at the hospital’s Cancer Building in Hyderabad with a capacity of 200+ TR, resulting in energy savings of 43.6%
  • ITC Maurya: The Delhi hotel uses a rooftop concentrated solar thermal plant to generate steam of 175°C at 8 bar for its laundry, cooking, and other heating requirements
  • Numaligarh Refineries – Canteen waste of over 500 Kgs/day will be converted to biogas which will be used to substitute LPG at its Assam facility. Payback is expected in 6 years
  • Gateway Hotel – The Bengaluru hotel uses a 15,000 litres per day solar water heating system to substitute diesel. The plant costs Rs. 6.9 Lakhs and payback is expected in a year

 

 

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About Us

Our specialized consulting division provides assistance in market research & business intelligence, market potential analysis, strategy consulting, technology vendor/supplier finder, technology & business due diligence, M&A assistance and more for the complete clean energy, environment and sustainability value chain.

We have assisted a range of stakeholders, small businesses/SMEs, startups, large corporations, state and central government, venture capital companies, private equity firms, investment banks, NGOs and more. Send a note to consult@eai.in if you wish to take our consulting help.

Our specialized consulting has benefitted clients all across India and select countries outside:

We has provided consulting & industry research assistance across India, having clients who have benefitted from our consulting or research from the following cities:

Ahmedabad | Amravati | Amritsar | Asansol | Aurangabad | Bangalore (Bengaluru) | Belgaum | Bhavnagar | Bhopal | Bhubaneswar | Bikaner | Chandigarh | Chennai (Madras) | Coimbatore | Cuttack | Dehradun | Delhi | Dhanbad | Durgapur | Faridabad | Firozabad | Gandhinagar | Gangtok | Ghaziabad | Guntur | Gurgaon | Guwahati | Gwalior | Hyderabad | Indore | Jabalpur | Jaipur | Jalandhar | Jalgaon | Jammu | Jamnagar | Jamshedpur | Jodhpur | Kalyan | Kanpur | Kochi (Cochin) | Kolhapur | Kolkata (Calcutta) | Kota | Kozhikode | Lucknow | Ludhiana | Madurai | Mangalore | Meerut | Mumbai (Bombay) | Mysore (Mysuru)| Nagpur | Nashik | Navi Mumbai | Nellore | Noida | Patna | Pimpri & Chinchwad | Pune | Raipur | Rajkot | Ranchi | Salem | Sangli | Solapur | Surat | Thane | Thiruvananthapuram (Trivandrum) | Tiruchirapally (Trichy) | Udaipur | Vadodara (Baroda) | Vijayawada | Vishakapatnam | Warangal

Countries worldwide where we have assisted clients through research reports or consulting

Australia | Austria | Bahrain | Belgium | Brazil | Canada | Chile | China | Croatia | Czech Republic | Denmark | Estonia | Finland | France | Germany | Hong Kong | Hungary | Greece | Iceland | India | Indonesia | Ireland | Israel | Italy | Japan | Kuwait | Latvia | Lithuania | Luxembourg | Malaysia | Malta | Mexico | Netherlands | New Zealand | Norway | Portugal | Republic of Korea (South Korea) | Russia | Saudi Arabia | Singapore | Slovakia | Slovenia | South Africa | Spain | Sweden | Switzerland | Thailand | Tunisia | Turkey | United Kingdom (UK) | United States of America (USA)

Specific Domains We Operate in

Solar Energy

Solar PV– Rooftop Solar | Residential Rooftop Solar | Commercial & Industrial Rooftop Solar | Ground Mounted Solar Farms | Solar Farm Operations & Maintenance | Solar Farm Monitoring & Control | Solar Power Integration with Grid | Offgrid Solar | Solar Water Pumps | Solar Street Lights | Off-grid Solar Homes ||| Solar PV Components – Solar Trackers | Single Axis Solar Trackers | Dual Axis Solar Trackers | Solar Inverters | Solar Power Plant Central Inverter | Solar Power Plant String Inverter | Solar Power Plant Micro-Inverter | Solar PV Mounting Structures | Solar Power Plant Monitoring & Control Systems | Solar PV Wafers | Solar PV Cells | Monocrystalline Solar Cells | Polycrystalline Solar Cells | Thin Film Solar Cells | Bifacial Solar Cells | Solar Modules/Panels | Solar Panel Backsheets | Solar Panel Aluminium Frames | Solar Panel Encapsulants | Building Integrated Solar PV | Solar PV Storage | Concentrating Solar PV |

Solar Thermal – Low-Temperature Solar Thermal | Solar Water Heating | Solar Cooking | Solar Drying | Medium & High Temperature Solar Thermal | Medium Temperature Commercial & Industrial Heating Using Solar Thermal | High Temperature Industrial Heating Using Concentrated Solar Thermal | Concentrating Solar Power | Storage for Concentrating Solar Power | Fresnel Lens based Concentrating Solar Power | Power Tower based Concentrating Solar Power | Parabolic Trough based Concentrating Solar Power | Dish based Concentrating Solar Power | Hybrid Solar Energy | Solar Wind Hybrid | Solar Biomass Hybrid | Solar PV / Thermal Hybrid

Bio-Energy

Bio-energy for Heating – Combustion-based Biomass Heating | Gasification-based Biomass Heating | Anaerobic Digestion based Biomass Heating

Bio-energy for Power – Combustion-based Biomass Power | Gasification-based Biomass Power | Anaerobic Digestion based Biomass Power | Biomass Combined Heating & Power | CHP Boilers for Biomass | Operations & Maintenance for Biomass-based Energy Plants | Biomass Storage | Biomass Pre-processing | Biomass Ash Management,

Bio-energy for Transportation – Ethanol | First Generation Ethanol | Second Generation Cellulosic Ethanol | Biodiesel | Biodiesel through Transesterification | Hydrogenated Vegetable Oil – HVO | Bio-butanol | Bio-methanol | Bio-CNG | Aviation Biofuels

Other Bio-energy – Biogas | Syngas

Bio-Energy Crops – First Generation Bio-energy Feedstock | Agricultural Waste Feedstock | Dedicated Energy Crops | Perennial Biomass Bio-energy Feedstock | Prominent Biomass Feedstock for Heating & Power | Sawdust for Heating & Power Generation | Rice Husk for Heating & Power Generation | Paddy Straw for Heating & Power Generation | Bagasse for Heating & Power Generation | Julieflora for Heating & Power Generation | Bamboo for Heating & Power Generation

Energy Storage

Electrical Storage – Capacitors | Superconducting Magnetic Energy Storage | Chemical Storage | Hydrogen Storage | Fuel Cells

Electrochemical Storage – Battery | Lead Acid Battery | Lithium Ion Battery | Emerging Battery Types | Sodium Sulfur Battery | Solid State Batteries | Battery Management Systems

Mechanical Storage – Pumped Hydro Energy Storage | Flywheel Energy Storage | Compressed Air Energy Storage

Sustainable Transportation

Sustainable Transport – Two Wheelers | Bicycles | Electric Bicycles | Electric Motorbikes | Electric Scooters | Electric Three Wheelers | Sustainable Car Transport | Electric & Hybrid Electric Cars | Battery-based Electric Cars | Hybrid Electric Cars | Plug-in Hybrid Electric Cars | Fuel Cell Electric Cars | Electric Light Commercial Vehicles | Electric Mini Trucks & Vans | Electric Buses | Fuel Cell Buses | Electric Heavy Commercial Vehicles | Electric Trucks | Sustainable Rail Transport | Sustainable Aviation | Fuel Cell Vehicles | Sustainable Transport Infrastructure | EV Charging Infrastructure | DC Charging for Electric Vehicles | AC Charging for Electric Vehicles | Battery Swap Stations for Electric Vehicles | Hydrogen Fueling Infrastructure | Sustainable Transport Fuels and Fuel Standards

Sustainable Transport Fuels – Biodiesel | Ethanol | Bio-CNG | Other Biomass-based Liquid Fuels | Hydrogenated Vegetable Oil – HVO

 

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