Clean Green Energy Mission(cGEM) platform is envisioned to help in the designing of feasible innovative sustainable energy transition solutions harnessing clean and green energy resources for powering the future world with "net zero" emission or accelerate carbon footprint reduction.
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As the global economy pivots toward sustainability, clean green energy systems are emerging as one of the most promising and resilient investment opportunities of the 21st century. These systems leverage renewable energy sources—such as solar, wind, Hydrogen, Ammonia, LNG, BioCNG, Waste Heat(Flare to Power, Cement Waste Heat, Coke Oven/Sponge Iron Waste Heat) and biomass(Napier Grass/Energy Cane/ other Agricultural wastes)—to generate power while minimizing environmental impact and maximizing long-term returns.
Such systems are designed to be sustainable, efficient, and environmentally responsible. They incorporate modern technologies like smart grids, energy storage and advanced monitoring systems to optimize energy use and ensure reliability. The integration of decentralized renewable energy sources also enhances energy security and supports rural electrification.
The transition to clean green energy promotes economic development, public health, and energy independence.
AESPL has proudly launched this Clean Green Energy Mission, a resourceful and visionary initiative committed to transforming our energy landscape towards a sustainable, low-carbon future.
This mission is designed to accelerate the adoption of renewable energy technologies, reduce our reliance on fossil fuels and promote environmental stewardship through innovative, inclusive and scalable solutions. It aligns with our national goals on climate action, energy security and green economic growth.
With over three decades of experience, we’ve helped clients worldwide reduce their carbon footprint and achieve energy independence.
Now under this ingenious transformative mission, we are pleased to provide our solution modules as enlisted below to world energy experts to integrate / develop / construct clean green energy generation facilities by optimizing investment with maximum energy output at lowest generation cost.
Harness the power of the sun to generate clean, sustainable electricity. Integrated with BESS, enables electricity to be generated during daylight hours and stored for use when needed — ensuring a consistent and resilient power supply.
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Green Wind power generation harnesses the kinetic energy of wind to produce electricity. Integrating battery storage with wind power addresses the intermittent nature of wind, ensuring a stable and reliable energy supply.
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Solar Wind Hybrid power generation combines solar PV panels and wind turbines to produce clean, renewable electricity. Integrated with BESS, this system ensures a stable energy supply by mitigating the intermittent nature of solar and wind resources.
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A Grid-Connected Round-the-Clock (RTC) / Firm RE (Solar/Wind/BESS) Hybrid Plant is an advanced energy infrastructure solution designed to provide firm, dispatchable, and reliable electrical power to the grid irrespective of renewable generation variability.
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Integrates grid connected or captive standalone Green Power generation plant utilizing solar and wind energy with Battery Storage (BESS) for optimum sizing of Green Hydrogen generation plant with least Cost of Generation of Hydrogen fuel.
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Amalgamates Green Ammonia generation plant from optimised Green Hydrogen plant utilizing Green Power from own generation along with BESS or grid supplied power and maximizes capacity utilization factor in achieving best financial results.
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AI powered ENERGY ENGINE expert system...
Our AI-powered Energy Engine delivers location-specific, hourly solar and wind generation modelling, integrates battery storage dispatch with load demand and enables advanced applications such as RTC green power, green hydrogen and ammonia production. The platform seamlessly extends to land assessment, CAPEX estimation, carbon footprinting and comprehensive project financial analysis—providing a single, intelligent solution for clean energy project planning.
Powering Decisions with Trusted Global Data...
cGEM simulation platform utilizes high-quality global meteorological data from NASA’s MERRA-2 to deliver accurate, location-specific energy modeling and performance assessment. MERRA-2 is an advanced atmospheric reanalysis dataset that combines satellite observations, ground measurements, and numerical weather models to provide consistent, long-term historical data—making it highly reliable for renewable energy simulation and feasibility analysis.
Global OEM Library – Solar PV & Wind Turbines...
Our platform provides a comprehensive OEM equipment library featuring Solar PV modules and Wind Turbine Generators from leading global manufacturers (Includes MNRE ALMM List). The database includes detailed, standardized technical specifications such as efficiency, power ratings, temperature coefficients, power curves, and operational parameters. Seamlessly integrated with our simulation engine, the library enables precise energy yield assessments, technology comparison, and optimized hybrid system design.
finXXpert integration for financial analysis & model generation...
All solution modules integrate seamlessly with finXXpert, our financial expert system, to deliver end-to-end feasibility analysis. The platform models generation, power balance, financing structure, revenues and fully linked financial statements including the Profit & Loss account (EBITDA, EBIT, PBT, and PAT), cash flow statements and the balance sheet, while computing key metrics such as LCoG, DSCR, IRR, payback period and NPV—supporting confident, data-driven investment decisions.
Handles Green Energy Subsidies & Incentives ...
Green Energy Subsidies and Incentives are policy mechanisms designed to accelerate the adoption of renewable and low-carbon energy technologies by enhancing project viability, mitigating investment risks and improving overall financial returns. These mechanisms address both upfront capital intensity and ongoing operational cost challenges through a structured mix of capital subsidies, generation-based incentives (GBIs) linked to eligible renewable energy output over defined periods and tax incentives, including benefits such as accelerated depreciation.
Performs Project Investment Capex Estimate...
This platform performs a comprehensive indicative CAPEX estimation for green energy generation plants, covering both supply and service components. It provides a structured cost breakdown across all critical elements, including key equipment, balance of plant, electrical systems, civil construction, installation works, project management, engineering, QA/QC, testing and commissioning, insurance, as well as contingency and spares. Users may either adopt the platform-generated CAPEX estimates or directly input customized CAPEX values for each system based on their own assessments.
Establishes Project Carbon FootPrint and Carbon Credit Savings...
Each solution module calculates the expected carbon-emission reductions by benchmarking against baseline emissions from conventional technologies or grid power. It further incorporates life-cycle emission intensity assessments for solar, wind, battery storage, water usage, other consumables and the construction phase. The platform also evaluates potential carbon-credit revenue streams across multiple carbon markets and seamlessly integrates these insights into finXXpert for comprehensive analysis. This enables organizations to achieve strategic decarbonization goals, strengthen ESG performance and demonstrate sustainability leadership
Works out tentative area / land requirement for the project...
The tentative land requirement is assessed by accounting for the space needed for major equipment, utilities, balance-of-plant systems, electrical infrastructure and other operational zones. Area estimates for solar installations are based on actual module dimensions; for wind turbines, on layout and spacing criteria; and for battery storage systems, on containerized battery blocks and inverter skid configurations. These are combined with additional space allocations for substations/switchyards, internal roads and supporting infrastructure to determine the total preliminary land requirement for the project.
Saves the project to local computer with unique file extension...
The confidential Key Input Data for the project is stored safely in the user's local computer with unique file extension for easy re-using for repeated calculations. This helps in quickly analysis simulation of project scenarios for different input parameters and conditions.
Export to Excel feature for integrating user calculations...
The complete hourly solar, wind and generation data is exported to Excel for further integration with user calculations, if required. Similarly the total financial model is exported to excel sheets for easy reference and use as per the end user requirement.
Generates complete Project Dossier in PDF...
The Key Input Data including Plant Description, AI generated hourly site data, Solar/Wind/BESS/Generation hourly data & graphs, Land & Capex Estimate,Carbon footprint, Key Results and complete Financial Model are converted into neat A3 PDF document for easy reference.
Global Currency analysis with automatic Currency converter...
All solutions are equipped with multi-currency analysis capability, enabling users to perform real-time financial evaluations, comparisons, and projections in any global currency with live USD exchange rate through integrated APIs for reference.
The Clean Green Energy Mission is more than a program — it is an ENGINEERING movement for Energy Transition!
We are ready to partner with energy industry experts, government & private utilities, project developers, Original Equipment Manufacturers (OEMs), Engineering Procurement Construction (EPC) Contractors, college/university, banks, financial and other institutions to join hands in reshaping the future energy use of our planet. Together, we can power progress while preserving the planet for generations to come.
We like to engage with you as your partner in your energy transition road map as per the following four engagement models. We invite you to schedule a consultation with us to explore your specific requirement, energy needs, and preferred engagement model. A customized technical and financial proposal will then be submitted for your review. We provide a flexible pricing structure depending on the access to our Solutions.
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