Glossary
Electricity consumer
An electricity consumer is a person or organization that consumes electricity purchased from an electricity supplier. Customers can be divided into different categories, such as households, commercial enterprises, industrial plants and public institutions.
The electricity customer is responsible for paying of consumed energy and has the opportunity to choose a supplier according to their preferences and needs.
Electricity supplier
An electricity supplier is an entity that holds a permit for the supply of electricity / sale of electricity. It buys electricity from producers and sells it to end customers such as households, businesses and other organisations.
The electricity supplier is responsible for invoicing, providing customer service and complying with legislative requirements. Customers can choose a supplier based on price, quality of service or products offered, such as green tariffs.
Electricity system
An electricity system is a complex network that facilitates the transmission and distribution of electrical energy from producers to consumers. This system includes power plants, transmission and distribution lines, substations, and other technical equipment that enable efficient and reliable delivery of electricity.
The electricity system consists of three main parts:
1. Electricity generation: Power plants produce electrical energy using various sources such as fossil fuels, nuclear power, hydropower, wind energy, and solar energy.
2. Transmission system: High-voltage transmission lines carry electrical energy over long distances from power plants to distribution areas.
3. Distribution system: Medium-voltage and low-voltage lines distribute electrical energy to individual consumers, including households, industrial businesses, and other facilities.
The electricity system is a critical infrastructure system for modern societies, enabling the smooth and reliable transmission of electrical energy necessary for various aspects of daily life and economic activities.
EMS (Energy Management System)
EMS (Energy Management System) is an intelligent control system for energy management that automatically optimizes electricity consumption and production. It acts as the "brain and heart" of the entire battery storage solution, ensuring autonomous operation and enabling integration with other technologies.
FUERGY EMS is fully automated and flexibly programmable according to the type of technology, method of use, and financing model. It helps customers reduce costs, maximize the use of renewable energy sources, and generate additional revenue through commercial flexibility or ancillary services.
Main Functions of EMS
Controls and monitors one or more battery storage systems, including charging and discharging cycles
Integrates with other technologies and energy devices – such as photovoltaics, cogeneration units, heat pumps, arc furnaces, air conditioning systems, or small hydroelectric plants
Predicts and manages photovoltaic production to increase self-consumption and efficiency
Enables functions such as peak shaving, load shifting, energy arbitrage, and commercial flexibility
Housed in a robust switchboard cabinet suitable for both indoor and outdoor use, with options for hardware expansion (e.g., additional battery cabinets, ancillary services terminal)
Advantages of FUERGY EMS
Automated – operates independently without user intervention
Flexible and scalable – adaptable to various technologies and customer needs
Profitable – enables additional income from flexibility and ancillary services
Connectable – to PV systems, balance groups, aggregator blocks, or energy communities
Up-to-date – always running the latest software version
Secure – with the option for off-cloud installation (on a private server without external connectivity)
Energy analysis
Is a process that involves collecting and analyzing data on electricity consumption in order to identify opportunities to increase efficiency and reduce costs. This process is important in the design of battery storage capacity.
As part of an energy analysis, the battery storage supplier examines the electricity consumption diagram, which contains electricity consumption data of the delivery point.
The reserved capacity and the maximum reserved capacity of the delivery point are also taken into account.
Energy company
An energy company is a group of individuals, households or organizations that work towards the aim of producing, consuming, storing and controlling energy. These companies often focus on the use of renewable energy sources, such as solar, wind or hydroelectric power plants, with the goal of increasing energy self-sufficiency, reducing energy costs and contributing to sustainability.
Energy companies enable members to produce energy, which leads to a more efficient use of resources and a reduction of greenhouse gas emissions. These companies can also benefit from financial rewards for providing support services to the power grid, such as stabilizing the grid and compensating for fluctuations in energy consumption and production.
Energy trading
Energy trading uses battery systems to purchase electricity from the market when prices are low (e.g., at night) and sell it when prices are high (during peak periods). Cooperation with your electricity supplier is not required.
ESG report
An ESG report (Environmental, Social, and Governance Report) is a document that companies use to present their initiatives and results in the areas of sustainability and social responsibility.
An ESG report includes:
Environmental: The company's impact on the environment, such as emissions, energy consumption, and resource sustainability.
Social: Relationships with employees, suppliers, customers, and communities, including working conditions and human rights.
Governance: Management practices, ethics, risk management and transparency.
ESG reports help investors and stakeholders assess the long-term sustainability and ethical conduct of a company.