All of the processes in the pharmaceuticals industry use a lot of energy. As a result, the manufacturing process necessitates an unbroken and large energy flow in the manufacturing units. Both can be provided by solar energy. It can be used for mixing, granulation, milling, coating, tablet pressing, filling, and water heating, among other things. At the same time, it is a power source that is more cost-effective and environmentally friendly over time. Installing solar panels has also resulted in lower electricity expenses, which has helped the balance sheet.
It also aids in the development of a more environmentally conscious organization. For example, Lincoln Pharmaceuticals has installed a new 1 MW solar plant on the factory roof in Khatraj, Gujarat, with a capacity of 15 lakh power units per year, as well as two windmills.
Manu Karan, Vice President of CleanMax, a solar energy solutions provider, explains the benefits of solar power in greater detail, stating that the company provides 34.5 million units of solar electricity annually to leading pharma companies across India through open access to solar farms and rooftop solar projects. This has resulted in the reduction of approximately 33,120 tonnes of CO2 per year, which is similar to planting 4,96,816 trees or removing 6,379 automobiles from the road.
Open access, which is becoming increasingly popular in a variety of industries, including the pharmaceutical industry, is available to large users with a connected load higher than 1 MW.
Energy Consumption of Pharma Industry
To understand the energy consumption of the pharmaceuticals industry you must have better data collection to analyze. This is the first step in understanding the current energy usage of the industry deeply. The industry’s capacity to adopt strategic energy management strategies was hampered by a lack of real-time data on energy usage. Something has to be done about this. Simply by measuring the efficiency of their energy-drawing equipment, forward-thinking pharmaceuticals businesses are changing their attention from how much to create to how to produce.
The type of pharmaceutical facility (for example, research and development versus bulk production), the goods produced, the plant’s location, and the efficiency of the plant’s principal systems are all important elements that influence energy usage. Nonetheless, the following is a general breakdown of energy usage in the pharmaceuticals industry: