BT Green Energy Advisors Pvt Ltd

The Maharashtra Electricity Regulatory Commission (Multi Year Tariff- MYT) Regulations, 2024 has recently proposed a draft amendment in the Time of Day (ToD) tariff slots, which would directly affect the state's electricity pricing structure. Here’s what you need to know about ToD tariffs: Time of Day tariff (TOD), also known as Time of Usage (TOU) or Seasonal Time of Day (SToD), metering involves dividing the day, month, and year into tariff slots and with higher rates at peak load periods and low tariff rates at off-peak load periods. This system is different from traditional flat-rate metering, which charges the same rate at all times. This shift, therefore encourages businesses to  🔋Adjust their usage patterns: Businesses can lower their bills by shifting high-energy activities to solar hours. 🔋Reduces strain on the grid: By spreading out demand, it eases the burden on power systems, lowers operational costs, and ensures reliable electricity.  🔋Optimise the use of renewable energy.  During the day, the tariff may decrease up to 20%, benefitting commercial and industrial clients. Conversely, during nighttime, the tariff can increase by the same amount. - Explanation of charges:  🔋Normal: No adjustment; energy is charged at the base rate. 🔋Additional charge: An increase in the base rate for energy consumption during peak hours (when demand is highest). 🔋Rebate: A reduction in the base rate for energy consumption during off-peak hours (when solar energy is abundant). By simply adjusting when we consume power, we can reduce costs, ease pressure on the grid, and contribute to a greener future. Swipe through the carousel below to compare the proposed and present TOD tariff in Maharashtra. Do you think the changed time slots are an improvement over the current ones?

A landmark year for India's wind power, with installations hitting 47.3 GW and hybrid capacity reaching 7,705 MW. Swipe to discover the key milestones driving this renewable revolution!

India’s renewable energy capacity stands at 203.18 GW, contributing more than 46.3% to the nation’s total power capacity. Which state do you think leads the way? Swipe through the carousel to explore the states driving the transformation in solar, wind, biopower, and small hydro.

India's renewable energy sector crossed the 200 GW mark in 2024, achieving significant milestones through capacity growth, ambitious targets, and strategic initiatives. 🔋 Here’s part one of the 2024 Year in Review series, highlighting India’s renewable energy progress with capacity expansion, policy reforms, technological advancements, and untapped potential.

India's hydropower sector holds 133 GW of untapped potential, with only 40% harnessed so far. Discover government initiatives and the vast opportunities awaiting exploration.

Have you ever considered how the tilt and orientation of a solar panel could greatly influence its energy output? The energy yield of a solar PV system depends on several factors like shading, panel direction, and angle, all of which influence how much sunlight the panels capture. Proper alignment with the sun's path ensures maximum efficiency and output. In this newsletter, dive into the science behind solar panel angles and learn practical steps to optimize your system for peak performance.

The Bihar Electricity Regulatory Commission (BERC) has introduced the Green Energy Open Access (GEOA) Regulations, 2024. This reduces the minimum threshold for open access transactions from 1 MW to 100 kW, making renewable energy accessible to smaller consumers. Key Points: 🔋 Green Energy Procurement: Consumers can request green energy from distribution companies (DISCOMs), which are required to procure and supply it. Renewable energy can also be sourced through captive projects, trading, or direct open access. 🔋Renewable Purchase Obligations (RPO): A uniform RPO applies to all obligated areas, while non-obligated entities can also procure renewable energy via captive projects or markets. Requests for solar or non-solar power must be for at least one year, submitted a month in advance, and fulfilled by DISCOMs within six months. Compliance can be met using captive energy, certificates, or green hydrogen/ammonia. 🔋Regulatory Oversight: The State Load Dispatch Centre (SLDC) and State Transmission Utility (STU) are responsible for managing open access transactions. Open access must be allowed for 12 time blocks of 15-minute intervals during the day. Consumers must not change the quantum of power consumed through open access. However, there is no limit on the quantum of power supply for captive consumers under GEOA. 🔋Charges:  - Open access charges include fees for transmission, wheeling, standby, banking charges, cross-subsidy, and additional surcharges.  - The cross-subsidy surcharge is limited to 20% of the average supply cost and is exempt for captive users and certain green energy projects. - Consumers can store extra energy with DISCOMs by paying a fee of 8-10% of the banked energy.  - For standby power, the charge is 125% of the regular energy rate, but this fee is waived with prior notice to the DISCOM. 🔋Special Energy Meters : GEOA consumers must install meters capable of Time-of-Day (ToD) measurement and recording data at 15-minute intervals for specified parameters. Transmission and distribution energy losses will be applied as determined by the commission.

The steel industry, a significant carbon emitter, has great potential for sustainability. Our latest newsletter delves into the sector's challenges and opportunities, covering emissions-heavy processes like BF-BOF and DRI-EAF, as well as innovations in green hydrogen, renewable energy, and carbon capture. Explore how India can tackle coal dependency, scrap shortages, and high decarbonization costs to build a greener future.

With over 488,000 ckt km of transmission lines and 1.27 million MVA of capacity, India’s power grid is evolving rapidly to meet growing energy demands and integrate renewables. Swipe through the carousel to explore recent policies and plans, including ₹9,150 billion in investments to expand the grid by 2032. What’s your take on this transformation?

 In October-November, electricity prices fell significantly, driving a 4.6% surge in power demand. This led to a revival of coal-based generation alongside growth in renewables, hydro, and nuclear energy. Swipe through the carousel to see how power prices declined in the Day-Ahead Market (DAM) and Real-Time Market (RTM).