Modular Energy Storage Systems
The highly productized and modular energy storage platform combines the latest technology with flexible integration solutions. EModule meets almost all energy storage needs in any climatic conditions.
The C&I segment includes businesses that range from retail centres to manufacturing companies. These companies tend to have energy storage requirements that run from a few hundred kilowatt-hours to a few tens of megawatt-hours.
Electricity bills can be a major headache for several C&I businesses, from factories to data centres. And the expense is not just related to energy consumption, but also charges that apply at times of high electricity demand.
Large electricity consumers also have to pay for peak load capacity fees, based on user’s energy demand during peak periods. These charges can heavily inflate a company’s annual electricity bills.
However, they can also largely be avoided by installing a energy storage system that can supply power to the business during peak demand periods. The potential savings are significant.
Even without peak demand charges, C&I companies can use battery storage to benefit from daily fluctuations in energy pricing. The simplest way to do this is to charge a battery using low-cost electricity at night and then use that stored energy to offset higher-cost daytime consumption.
Enico’s EModule-AI is the all-inclusive energy storage solution for the C&I segment.
The energy storage can be connected directly to the low-voltage connection of the property, and e.g. a Step-Up transformer normally used for energy storage is not required.
The equipment has all the necessary technology in a very compact package and has a comprehensive application package for various energy storage applications such as e.g. electricity arbitrage, peak shaving, renewable energy time shifting. It also has a built-in virtual power plant interface that allows easy and flexible connection to the country-specific power grid frequency reserve market.
Utility or in other words Front-of-the-Meter applications is one of the main business segments of energy storage and differ significantly from the C&I business area.
Utility scale energy storages are typically large energy storage systems with a capacity of tens or even hundreds of megawatts.
Large renewable energy production plants, such as solar and wind farms, already today generate a significant share of the energy consumed by societies. Unlike traditional fossil energy production, wind and solar power plants cannot regulate their production according to consumption, but produce energy depending on the day, season and weather conditions.
The above is often not in line with the instantaneous energy consumption, which requires a tool that flexibly stores the produced energy and transfers it to a time when there is no renewable production but even more consumption.
Utility Scale energy storages also play an essential role in enabling the smooth operation of electricity grid, where they balance the frequency and voltage of the electricity grid by supplying and withdrawing energy from the grid and thus keeps the amount of energy in the grid in balance with consumption.
In addition to intelligent control technology, the essentials in these large energy storage systems are the optimization of the amount of energy of used footprint.
Furthermore the flexibility and scalability of the energy storage solution is crusial to effectively optimize the system to the required size and enable fast and cost-effective installation and commissioning.
Enico has developed a unique EModule MultiBlock solution that meets all of the above challenges.
The EModule MultiBlock consists of fully scalable 2000kWh MultiBlock units that can be connected with each other flexibly. The solution makes it easy to build energy storage system in any size class.
In addition to a powerful battery solution, each EModule MultiBlock includes an integrated automation, DC distribution, cooling system, and a fire suppression and detection system.
All packed in a modular structure that meets the most demanding environmental conditions.