Implementing energy storage systems as a way to ensure agribusiness stability

The problem of unstable electricity supply has a negative impact on the performance of agricultural facilities. A prime example is the E-Foods hydroponic farm in Rajasthan, which, due to regular grid outages during the summer period, fell 62 percent short of its planned production volume. Instead of the expected 12 tons, the enterprise harvested only 4,582 kilograms. Despite having installed solar generation capacity of 4.7 MW, due to existing safety regulations, the system remained idle during outages, while the operation of diesel generators at temperatures ranging from 48°C to 51°C led to overheating and equipment fires.

Experts note that energy supply disruptions during irrigation or the sowing campaign devalue invested capital. Since expanding centralized power grids in remote areas requires significant time and financial resources, alternative approaches to energy supply are necessary for the needs of irrigation, grain processing, and cold storage operation. The transition to decentralized architectures, combining local solar generation and Battery Energy Storage Systems (BESS), makes it possible to ensure 24/7 power supply, independent of external limitations.

The application of such systems based on microgrids allows energy to be directed directly to consumers, ensuring the continuity of irrigation and cold storage operation, as well as contributing to voltage stabilization in local grids. The ability to intelligently manage load using specialized software helps avoid overloading the main grid. The practical viability of such solutions has already been confirmed during the implementation of projects in the states of Uttar Pradesh, Bihar, and with the participation of the Maharashtra Energy Development Agency in Amravati. The use of local energy storage is seen as a necessary step to increase the resilience of the agricultural sector.