Welcome back to our four-part series on how to effectively manage microgrids to power Commercial and Industrial buildings.
This second article will focus on a particular configuration encountered in many countries and territories that are connected to an unreliable grid: the hybridization of a backup Genset system with Solar PV and BESS.

Microgrids – a market forecasted to be worth $47.4 billion by 2025 – are undoubtedly the future of distributed energy generation. This is why it is important to understand how they work. How a microgrid can be managed between different energy sources through a microgrid controller?

There are many ways to save on an industrial site’s electricity bill. Peak shaving is a simple method that is economical when coupled with renewable energy. This method does not change the production rate of the C&I site. Discover in this article how peak shaving works.

Solar injection limitation is a real challenge, especially when you are facing high solar energy production.

How to manage a site by reconciling; energy needs, variable electricity production, and force regulations?

The need for a reliable telecommunication network is rising day by day as the mobile industry grows. Moreover, the arrival of 5G technology will boost the market, even more, increasing the demand and need for new towers.
What are the reasons to remotely monitor the telecom sites?

Setting up and running an energy management system (EMS) has several advantages. How does the Elum ePowerMonitor help you oversee your energy site?

As a solar developer or EPC, you probably want to increase the solar penetration in your existing or future power plants. Within the context of power plant applications, when do Battery Energy Storage Systems (BESS) is used? And what are they used for?

For decades, most countries relied on large power grids to fulfill electricity needs. However, many territories in the world still suffer from a defective or non-existent power grid. That is amplified by economic and demographic growth of the population that increases the demand which is expected to increase 57% by 2050.

The use of electric vehicles is booming, with nearly 8 million electric vehicles on the road worldwide. The use of intelligent control strategies for charging EVs is becoming the main lever for achieving specific objectives.