PAN-INDIA POWER MARKET ADVISORY • SCED Modelling

Architecting Grid Transition with SCED Dispatch & BESS Optimization

Capstone Energy Consultants (CEC) specializes in data driven modelling approach for market insight and forecast. A forward-looking projection of Renewable Energy Sources, Thermal Generators and BESS charging and discharging, schedules based on Security Constrained Economic Dispatch (SCED), empowering state generation utilities, leading renewable IPPs, and institutional infrastructure funds with quantitative analysis.

Hourly
Rolling SCED Optimization
47 GW / 236 GWh
CEA Storage Target 2032
Peak Demand
366.4 GW 2031-32 CEA 20th EPS/NEP projection
Energy requirement
2,473.8 BU 2031-32 CEA 20th EPS/NEP projection
CEA & NEP Policy Assumptions Framework ACTIVE

Pan-India Security Constrained Economic Dispatch

Production Cost Optimization across Inter-State Generating Stations (ISGS).

National Merit Order Optimization To optimize overall generation expenses and reduce consumer electricity prices.
BESS Viability Gap Funding (VGF) MoP's ₹3,760 Cr scheme covering up to 40% capital grants.
Net zero by 2070 India aims to achieve a balance between greenhouse-gas emissions produced and removed from the atmosphere by 2070.
CORE ADVISORY SCOPE

Specialized Energy Advisory Pillars

Bridging complex power systems engineering with Indian electricity regulatory economics. We deliver actionable models that stand up to regulatory audits and bank lender scrutiny.

Pan-India SCED & Dispatch Optimization

The SCED model simulates cost-optimal hourly generation dispatch across the Indian power system with primary objective to minimize the total system operating cost while maintaining power-system reliability and meeting electricity demand.

  • Hourly Demand and Energy Prices
  • Various Sentivity Scenario Modelling
  • Hourly Intermittent Energy Sources Disptch
  • Variable fuel cost arbitrage

BESS Techno-Economics & Revenue Stacking

BESS Techno-Economic Analysis evaluates the technical performance and financial viability of Battery Energy Storage Systems to optimize their design, operation, and return on investment.

  • 40% MoP VGF grant structuring
  • LCOS & equity IRR financial models
  • Indian ambient degradation curves

Renewable RTC & Hybrid Storage Structuring

Co-optimizing Solar PV, Wind, and BESS capacity configurations to transition weather-dependent, variable generation into a firm, reliable, and continuous 24/7 power supply that rivals traditional base-load fossil fuels.

  • 85%+ annual CUF guarantee sizing
  • Solar + Wind spatial diversity with BESS
  • Solar or Wind + BES Hybrid System Optimization

Grid Decarbonization & Net-Zero Target by 2070

A SCED model can translate the national decarbonization objectives into quantitative generation, transmission, storage and dispatch scenarios. Rather than treating Net Zero as a single end-state, the model can evaluate alternative pathways from the present system toward 2070.

  • Develop Decarbonization Scenarios
  • Long-Term Capacity Expansion
  • Calculate Power-Sector Emissions
INTERACTIVE SIMULATION ENGINE

Pan-India SCED Production Cost Simulator

Simulate Hourly national merit-order re-dispatch. Observe how optimizing ramp rates and fuel spreads between pithead and load-center thermal units drives fleet-wide fuel savings.

Fleet Parameters & Constraints

Not actual SCED results (Only for representation)

5,000 MW
1,000 MW 25,000 MW
₹ 0.65 / kWh
₹ 0.20/kWh (Tight) ₹ 1.50/kWh (Wide Spread)

Higher ramp rates unlock increased transmission corridor headroom during solar ramps.

NLDC Merit-Order Mechanics: SCED algorithm backs down high variable cost load-center plants and increments low-cost pithead plants within network constraints.

Simulated Dispatch Optimization Metrics

SOLVED
Daily Savings
₹ 13.7 Lakhs
Fuel re-dispatch
Annualized Impact
₹ 49.82 Cr
Per annum savings
Corridor Headroom
513 MW
Transmission freed
CO₂ Avoided
295 MT/day
Efficiency gain

Live Dispatch Merit Order Loading

Pithead Thermal (Supercritical NTPC/Genco) Optimized to Maximum Technical Limit (92%)
Mid-Merit Fleet (Distance Coal / Rail freight) Economic Modulation (64%)
Load-Center Peaking (High Variable Fuel Cost) Backed Down via SCED (32%)
Want to model your exact generator heat-rate polynomials and PPA terms?
FINANCIAL & STORAGE TECHNO-ECONOMICS

BESS Revenue Stacking & VGF Sizing Engine

Model capital expenditure, Viability Gap Funding (VGF) grants under Ministry of Power scheme, merchant power exchange arbitrage for Indian storage projects.

Storage Specifications

Not SCED Results (Only for representation)

100 MW / 200 MWh
₹ 72.0 Lakhs
₹ 35L/MWh (2026 Est. ₹ 45L/MWh) ₹ 110L/MWh (Historic)

Ministry of Power scheme offers budgetary support of up to 40% capital cost for 4,000 MWh of BESS projects across India.

₹ 3.80 / kWh
₹ 1.50/kWh (Solar Noon) ₹ 6.00/kWh (Evening Peak)

Project Techno-Economic Returns

TECHNO-ECONOMIC MODEL (For Representation Only)
Gross Project CAPEX
₹ 144.0 Cr
MoP VGF Grant (40%)
- ₹ 57.6 Cr
Net Capital Outlay
₹ 86.4 Cr

Annual Multi-Market Revenue Stack (Grid-India & IEX)

DAM / RTM Merchant Arbitrage
₹ 28.59 Cr/yr
1.25 cycles/day @ 86% RTE
CERC SRAS Ancillary Reserves
₹ 4.66 Cr/yr
Secondary reserve capacity payment
Levelized Cost of Storage (LCOS)
₹ 3.86 / kWh
Competitive with thermal peaking
Projected Equity IRR
17.4 %
12-year project life (70:30 debt)
Preparing a bid for SECI BESS, NTPC, or State Utility auctions?
ADVISORY ENGAGEMENT

Request an Advisory Technical Scoping

Connect directly with our principal power systems modelers and regulatory economists. We offer confidential technical scoping and mutual NDA execution prior to any data exchange.

Offices & Grid Interconnection Centers

Under development
Guaranteed 24-Hour Scoping Turnaround

All inquiries are assigned to a Senior Principal Modeler with deep experience in Power Market.

Project Specifications & RFP Details

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