Delhi charges one of the highest tariffs for commercial load and industrial – average over Rs 10.00 per kWh
Delhi charges one of the highest tariffs for commercial load and industrial – average over Rs 10.00 per kWh
As per the tariff order of DERC for the year 2014-15, the variable Delhi’s electricity tariff for the commercial and industrial categories for the year 2014-15 are in excess of Rs 9.00 per kWh. A revenue deficit surcharge is imposed on the fixed and variable charges as per the orders of DERC and the Supreme Court ruling.
The table below shows the break-up of Delhi’s electricity tariff for domestic, commercial and industrial categories.
| Energy Charges (Rs per kWh) | Electricity Duty (Rs per kWh) | Revenue deficit surcharge of 8% | Variable Charges (Rs per kWh) | |
| Non Domestic | ||||
| Up to 10 kW | 8.80 | – | 1.08 | 9.50 |
| Between 10 kW(11kVA) – 100 kW (108 kVA) | 9.44 | – | 1.08 | 10.20 |
| Greater than 100 kW / 108 kVA (400 volts supply) (No Supply on LT for load > 215 kVA) | 11.06 | – | 1.08 | 11.94 |
| Greater than 100 kW / 108 kVA (11 KV supply) | 9.33 | – | 1.08 | 10.08 |
| Small Industrial Power (SIP) [less than 200kW/215 kVA] | ||||
| Up to 10 kW | 8.45 | – | 1.08 | 9.13 |
| Between 10 kW(11kVA) and 100 kW (108 kVA) | 8.78 | – | 1.08 | 9.48 |
| Greater than 100 kW / 108 kVA (400 volts) (No Supply on LT for load > 215 kVA) | 10.56 | – | 1.08 | 11.40 |
| Industrial Power on 11 kV Single Point Delivery for Group of SIP Consumers | 7.89 | – | 1.08 | 8.52 |
| Large Industrial Power (LIP) (Supply at 11 kV and above) | 8.22 | – | 1.08 | 8.88 |
Surcharge
The fuel adjustment surcharge or power purchase cost adjustment charges (PPAC) has been set at zero for the time being in Delhi as shown above. However DERC has already passed an order on 13th Nov 2014 to increase the PPAC to 2.5% for TDPPL, 4.5% for BRPL and 7.0% for BYPL. However, the order was suspended due to reasons related to lack of complete information on fuel cost from various generators. Once implemented, the PPAC would be charged on fixed and variable charges both which would lead to an increase of tariff from 20 paise to 70 paise per kWH all consumer categories.
The Delhi’s electricity tariff for the domestic consumer categories at various levels of consumption are as follows.
| Energy Charges (Rs per kWh) | Electricity Duty (Rs per kWh) | Revenue deficit surcharge of 8% | Variable Charges (Rs per kWh) | |
| Energy Charges (Rs per kWh) | Electricity Duty (Rs per kWh) | Revenue deficit surcharge of 8% | Variable Charges (Rs per kWh) | |
| Domestic for > 5 KW connected load | ||||
| Units consumed 500 | 5.44 | – | 1.08 | 5.88 |
| Units consumed 1000 | 6.53 | – | 1.08 | 7.05 |
| Units consumed 1500 | 7.18 | – | 1.08 | 7.76 |
The Delhi’s electricity tariff for the domestic category remains low however as all the consumers get the benefit of telescopic tariffs in the state.
Delhi Discoms have already filed the petition for increasing the Delhi’s electricity tariff for the year 2015-16 which is currently being reviewed by DERC.
Given such a high variable Delhi’s electricity tariff, the roof top solar solution provides a very attractive proposition to save the energy cost from immediate effect.
Suggested Articles

Open Circuit Voltage (Voc) Testing Guide for Solar PV Systems
A complete guide to measuring open circuit voltage (Voc) in solar PV systems, including testing procedures, safety guidelines, and performance evaluation techniques.

Get a Customized Industrial Solar Quote for Your Manufacturing Unit
Request a customized industrial solar quote in India. Know pricing, savings, payback & EPC scope for your factory solar project.

Updated Rates of Solar Subsidy in Delhi: Cost, Eligibility & Benefits
Discover the latest solar subsidy rates in Delhi for 2025. This guide explains the updated costs, eligibility criteria, and benefits to help you maximize savings on your rooftop solar installation.

Solar Site Assessment: Shadow Analysis for Maximum Energy Generation
Shadow analysis is a critical step in solar site assessment. It helps solar installers identify shading obstacles and optimize panel placement for maximum energy generation.

Understanding Solar Battery Specifications: Capacity, Voltage & Efficiency Explained
Solar batteries are essential for energy storage and backup in PV systems. This guide explains key specifications like capacity, voltage, efficiency, and depth of discharge to help you choose the right battery.

Solar Inverters India: How to Choose the Best for Your Solar System
India’s solar market offers a wide range of inverters, making selection challenging. This guide explains key factors to consider, helping users choose the right inverter for residential, commercial, and industrial solar projects effectively.

Solar PV Conduit & Cable Routing Plan Guide
A complete guide to preparing solar PV conduit and cable routing plans, including layout design, routing methods, and installation best practices.

Industrial Solar Plants with Diesel Generator Backup: What You Need to Know
Discover how industries can efficiently run rooftop solar plants alongside diesel generators (DG). Learn the benefits, setup tips, and hybrid system strategies to ensure uninterrupted power and maximize energy savings.

Personal Safety Hazards in Solar PV Installations
A complete guide to personal safety hazards in solar PV installations, covering common workplace risks and practical measures to protect solar workers.

Solar Inverter Wire Connection Inspection Guide
A complete guide to inspecting solar inverter wire connections, identifying damaged cables, loose terminals, and ensuring safe, efficient, and reliable solar PV system operation.