Businesses are increasingly encouraged to adopt solar panels in conjunction with energy storage systems to improve their electricity supply stability.
Current discussions surrounding energy have largely focused on outages and scheduled power cuts for consumers. However, there are critical considerations regarding how the energy system will manage during the summer months.
According to energy expert Kovalенко, solar power generation typically increases in the spring. He noted, “During summer periods, the share of renewable sources in overall generation can reach 15-18%, with certain hours exceeding this figure. While this does not lead to immediate changes in the system, it significantly impacts its balance.”
Despite the benefits, solar generation is limited to daylight hours, while peak electricity consumption occurs in the morning and evening. Kovalенко stated, “Without storage, part of this energy is used inefficiently or adds extra strain on the system. For businesses, this means that investing in solar energy systems without storage solutions may not always align with peak electricity demand periods.”
To address this issue, he recommends that businesses consider installing solar power stations alongside energy storage systems. He explained, “These systems allow for the storage of electricity generated during the day, enabling its use during peak hours. This reduces the strain on the grid and makes consumption more manageable.”
Kovalенко emphasized that the implementation of energy storage systems has a systemic effect. By shifting some consumption from peak hours to daytime, businesses contribute to the stabilization of the energy system. This not only alleviates pressure on the grid but also facilitates better integration of solar generation into the overall energy balance.
The integration of solar energy with storage systems is essential for businesses to optimize electricity usage and support the energy grid. By managing consumption patterns, businesses can enhance energy efficiency and contribute to a more stable energy system.