INDUSTRIAL ENERGY SOLUTIONS
Neutral energy consulting and procurement structures tailored specifically for commercial and industrial bulk power consumers.
Open Access Energy
Expected Savings
Up to 30% to 40% tariff reduction on daylight operational load.
The Problem
Industrial facilities face high, fluctuating grid tariffs from local state DISCOMs, inflating operating expenditures and reducing EBITDA margins.
Our Solution
We structure PPAs that allow you to bypass state grid defaults and wheel electricity directly from off-site utility solar and wind farms.
Key Benefits
- Zero CAPEX commitment required under OPEX/RESCO setups.
- Seamless integration via state and national transmission grids.
- Long-term price stability with fixed-rate contracts (15-25 years).
Industrial Solar
Expected Savings
Offset 20% to 35% of total grid consumption immediately.
The Problem
Factories, warehouses, and industrial parks have massive, unutilized rooftop and ground spaces that contribute to structural heat gain instead of generating value.
Our Solution
Custom-engineered, high-yield onsite solar systems configured in outright purchase (CAPEX) or zero-investment pay-as-you-go (OPEX) models.
Key Benefits
- Net-metering configuration to feed surplus energy back to the grid.
- Accelerated depreciation tax benefits for CAPEX buyers (Section 32 of IT Act).
- Guaranteed generation levels backed by strict performance SLAs.
Wind Energy
Expected Savings
Shifts up to 50% of night-shift electricity tariffs to clean-energy pricing.
The Problem
Continuous 24/7 manufacturing plants, textile mills, and chemical arrays continue to pay peak grid rates during early morning and late night non-solar hours.
Our Solution
Access utility-scale wind power assets located in high-wind regions, wheeled through intra-state or inter-state transmission systems.
Key Benefits
- Higher capacity utilization factor (CUF) compared to standard solar arrays.
- Perfect compliance match for wind purchase obligations (RPO).
- Bilateral off-take contracts structured to guarantee tariff discounts.
Hybrid Solutions
Expected Savings
Locks in green power for up to 60-70% of total plant energy consumption.
The Problem
Solar power is restricted to the day, and wind power fluctuates. Neither alone matches the continuous baseload curve of a heavy industrial facility.
Our Solution
Integrated wind-solar hybrid procurement plans. We dynamically blend solar and wind profiles to deliver a stable, flat clean-energy supply.
Key Benefits
- Higher grid evacuation efficiency and lower transmission losses.
- Reduces the need for expensive battery storage solutions.
- Provides a smoother generation profile aligning with 24/7 operations.
Energy Procurement
Expected Savings
Brings structural power procurement costs down by ₹1.5 - ₹3.0 per kWh.
The Problem
Navigating power exchanges (IEX/PXIL), cross-subsidy surcharges (CSS), additional surcharges (AS), and state grid codes requires highly specialized compliance overhead.
Our Solution
End-to-end procurement advisory. We coordinate power procurement bids, open access filings, group captive equity structures, and exchange trading.
Key Benefits
- Bypass local state DISCOM surcharge markups (CSS & AS waivers).
- Audit PPA contracts line-by-line to block hidden operational fees.
- Leverage real-time spot energy prices through bilateral grid trading.
Energy Optimization
Expected Savings
Saves 5% to 15% on monthly electricity bills with zero capital deployment.
The Problem
Many manufacturing units pay penalty tariffs for poor power factors, reactive power draw, and inefficient peak demand scheduling.
Our Solution
Continuous digital load profiling and energy audit setups. We optimize contract demand structures and implement power factor correction checks.
Key Benefits
- Elimination of utility penalties for reactive draw or demand overrun.
- Reschedule peak operations to off-peak slots with lower tariff rates.
- Identify leakage, phase imbalances, and motor loading inefficiencies.
Request a Custom Procurement Audit
We analyze your state grid parameters and operational load curves to identify the optimal mix of Open Access, Solar, and Wind capacity.