Ola Electric Just Went Beyond EVs-Three New Products Change the Game

BENGALURU — Marking a major strategic shift beyond electric two-wheelers, Ola Electric has officially unveiled a three-tier clean energy storage portfolio named Shakti. Introduced on Saturday, the new lineup encompasses residential, commercial, and utility-scale grid applications, anchored entirely by the company's in-house Lithium Iron Phosphate (LFP) cell technology.

The newly launched ecosystem addresses India's growing demand for decentralized power stability and renewable energy integration. By scaling production from its domestic gigafactory footprint, Ola Electric aims to provide localized, high-capacity battery energy storage systems (BESS) designed to mitigate grid fluctuations, cut peak-hour commercial costs, and secure continuous residential backup.

A Three-Tiered Energy Storage Ecosystem

The Shakti portfolio spans distinct structural tiers, tailored to match power requirements ranging from individual household appliances to multi-megawatt industrial infrastructure.

According to official company announcements and product disclosures:

• Shakti Gen2 (Residential): Engineered for homes and small-scale applications, this system ranges from compact configurations up to 9.2 kWh capacity, offering rapid charging capabilities and seamless automated power backups during grid outages.

• Shakti Rack (Commercial & Industrial): Available in AC and DC variants, this modular tier provides 257 kWh per rack with expandable power capabilities exceeding 125 kW, helping offices, retail spaces, and manufacturing units manage peak-load pricing.

• Mahashakti (Utility-Scale & Grid): Built for massive industrial, commercial, and grid-connected operations, the containerized architecture scales up to 6.26 MWh capacities to support large renewable integration, voltage stability, and energy arbitrage.

Official Sources Section

• Ola Electric Official Portal: Corporate product specifications, technical metrics, and portfolio architectures for the Shakti BESS range.

• Economic Times Tech Disclosures: Industry reports and executive announcements regarding the expansion into domestic battery energy storage systems.

Quote Section

According to statements released by corporate representatives detailing the strategic launch of the energy storage lineup:

"Building a resilient and independent energy ecosystem requires scalable storage solutions designed from the cell up to the grid, ensuring continuous power availability for domestic consumers and heavy industries alike."

Why It Matters

For industrial enterprises, commercial building operators, and residential consumers, the commercialization of domestic LFP-based storage systems offers a reliable alternative to traditional diesel generators and lead-acid backups. By enabling automated peak-load shifting and seamless solar integration, the rollout accelerates India’s broader transition toward energy independence and grid modernization.

Key Facts at a Glance

• Launch Date: August 2026.

• Portfolio Tiers: Shakti Gen2 (Residential), Shakti Rack (Commercial), and Mahashakti (Utility-Scale).

• Core Technology: Proprietary Lithium Iron Phosphate (LFP) cells.

• Capacity Range: Spans kilowatt-hour residential units up to 6.26 MWh containerized grid installations.

FAQ Section

What is the Ola Shakti portfolio?

It is a three-tier Battery Energy Storage System (BESS) developed by Ola Electric to serve residential, commercial, and utility-scale grid energy needs.

What cell technology powers the new storage units?

The entire lineup is built around Ola's indigenous Lithium Iron Phosphate (LFP) cell technology, prioritizing thermal stability and longevity.

How does the Shakti Rack help businesses?

It allows commercial facilities to store surplus solar energy and draw power during peak tariff hours, effectively reducing operational energy costs.

What is the capacity of the Mahashakti utility-scale system?

The heavy-duty Mahashakti platform scales up to a 6.26 MWh containerized configuration designed for large-scale grid stabilization.

Source: Ola Electric, The Economic Times, Team-BHP