
The company is witnessing exponential growth, underscoring stronger fundamentals as it expands across domestic and international markets. Its next phase of growth will be anchored in export-led expansion, advanced manufacturing, and a strategic focus on clean energy solutions particularly lithium-ion technologies and Battery Energy Storage Systems (BESS) as rising demand from data centres, industrial facilities, telecom operators and infrastructure projects accelerates the shift away from diesel-based backup power. With demand for critical power solutions steadily rising both globally and domestically, BPE is positioning itself to be a strategic partner to these sectors.
Speaking on the company's growth trajectory, Mr Amitanshu Satpathy, Founder and Managing Director, BPE, said: "For BPE, this is not just a revenue milestone; it reflects the scale we have built as a self-funded Indian engineering company. As demand for dependable power and energy storage rises globally, our priority is to deepen our manufacturing capabilities, strengthen international partnerships, and build a larger role for India-made solutions in critical power infrastructure."
BPE's export momentum remains strong, backed by around INR 290 crore in agreements signed with global partners. The company has a direct presence in Singapore, Indonesia, the UAE, Malaysia and Kenya, and is expanding its international footprint through a new Dubai office, partnerships in the United Kingdom, manufacturing collaborations in Indonesia, and planned entry into Russia, Romania and the CIS region — with a sharpened focus on export-led growth across emerging markets
BPE serves customers in more than 20 countries, employs over 500 engineers, and supports more than five million installations globally.
Globally, Bloomberg NEF's Energy Storage Market Outlook (1H 2026) projects annual energy storage deployments to reach 158 GW / 459 GWh in 2026, with cumulative capacity climbing to 2.9 TW / 10.5 TWh by 2036 — underscoring the accelerating worldwide shift toward battery-based storage.