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Captive Solar Power for Your Business
For Industries & Commercial Establishments
Turnkey Consulting Assistance from Solar Mango
The rapid decrease in solar power costs and solar power being accepted as a proven technology continue to make it to the headlines and hog the limelight in the energy spectrum.
Many enterprises today are interested in owning solar power plants in order to significantly reduce their electricity expenses. But most organizations are still unaware of how to go about this and also are clueless on whether solar power is indeed a viable option for their enterprise.
Who can benefit from Solar Mango’s Consulting Assistance?
Commercial organisations and industries are currently paying about Rs.7-8 (sometimes even more) per unit for energy consumed from their state utilities. And these tariff rates are expected to increase year after year.
Comparing this with the fixed solar power generation costs only about Rs 4.5/unit, thus making a strong business case for organisations to go solar. Companies that are looking to meet their renewable purchase obligations are also keen to explore solar power.
Solar Mango’s Consulting Assistance can be availed by any of these organisations who wish to ensure smooth and effective transition to solar power.
Why would companies need Solar Mango’s Consulting Assistance to go solar?
A solar power plant that has been implemented by a company for its own power needs is called a captive solar power plant.
A captive solar power plant is of two kinds:
- On-site captive plants – which are usually erected in the premises of the company.
These are usually erected on the rooftops of buildings in order to make optimal use of area available.
- Off-site captive plants – which is erected on a suitable parcel of land and could be miles away from the point of energy consumption. Power is generated from these solar plants and is transmitted across the utility grid and consecutively used by the company. Additional charges for using the utility’s transmission infrastructure may be applicable in most states.
Companies that wish to invest in captive solar power plants will need to do the following steps:
- Analyse the current power consumption and compare it to the cost of solar power
- Estimate future cost trends for the grid power and compare it to the lifetime cost of solar power. This step will establish the financial feasibility of a captive solar power plant for the business.
- If feasibility exists, analyse the state solar policy and regulations to identify incentives and constraints for captive solar power generation.
- If the above are favourable, estimate the total solar power plant capacity required for your captive solar power plant
- Identify land/area for putting up the solar power plant. This could be a combination of solar power plant on your premises and off site
- Identify the installer for the implementation of the power plant
- Oversee and implement the solar power plant in the most optimal manner- in terms of both technology and costs
Now, any enterprise, who is new to the solar industry and is looking forward to own solar power plants, would find the above processes both cumbersome and time-consuming.
This is where Solar Mango’s expertise comes in.
How can Solar Mango help?
Solar Mango has a specialized team for assisting companies keen on exploring putting up captive solar power plants. Following are the services we can do for companies who wish to go solar:
- Estimate the optimal capacity needed for the captive solar power plant – This will be based on the existing power consumption and the area available for setting up the power plant.
- Analyse financial feasibility of the solar power plants – Our finance team has a robust financial model that will provide a precise idea of the business case for captive solar power plants – in terms of expected rate of returns and actual payback periods. The Solar Mango team is fully updated on the solar policies of all the major states, and how these policies affect captive solar power generation. The techno-commercial feasibility analysis will also reflect the regulatory constraints or incentives applicable for the company.
- Assist in acquiring the right parcel of land in case of off-site power plants – Acquiring land with adequate power evacuation infrastructure is a critical aspect for smooth implementation of solar power plants. If need be, Solar Mango can help the client with this stage as well
- Identify the best installer – One of the specific stages where companies seek our assistance is to identify the correct EPC for installing the solar power plant. Selecting the right EPC can make a tremendous difference to the performance of the solar power plants and the financial returns that can be expected. Solar Mango will connect the company with innovative and established EPCs who can provide the best possible solutions without compromising on quality.
- Ensure quality component selection – Solar Mango will coordinate with the EPC and client for key component selection in order to arrive at the best design and components that maximize power generation over the next 25 years
- Post-implementation support –We will assist the client in project review, monitoring and troubleshooting during and after the power plant construction period.
Why Solar Mango?
Solar Mango is the #1 Guide for Solar, with a special focus on India.
In addition to providing guidance on a variety of solar energy aspects for the entire spectrum of end users, Solar Mango also provides custom consulting and research for the following:
- Assisting Solar Power Developers/Independent Power Producers – in their power plant installations – financial feasibility analysis, EPC section, assistance in financial closure, report preparation
- Corporation Diversification Strategy for solar energy opportunities – market potential analysis & entry strategy
- Assisting International Firms to enter the Indian solar energy sector – market potential analysis, entry strategy and marketing channel set up
- Feasibility and Strategy Consulting – for companies setting up manufacturing facilities for the solar sector – market status update, technical and economic feasibility, assistance in machinery vendor selection
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 email@example.com 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 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 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
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 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