Clean Energy Consulting & Marketing Services - Grid Modernization

DERMS Addresses Many Grid Problems

DERMS is crucial to providing advanced control and optimization capabilities when integrating DERs 

Grid Congestion: DERMS optimizes distributed resources, reduces grid congestion, and maintains grid stability by scheduling and monitoring DERs.

Voltage Fluctuation: DERMS manages voltage profiles in distribution networks with DERs by adjusting the reactive power output of devices like smart inverters, helping maintain voltage stability.

Demand Response: Demand response and DERMS are technologies that optimize power usage by adjusting appliance operation based on grid conditions or prices. They communicate in real-time with smart devices to shape the load profile.

Grid Resilience: DERMS regulates power grid frequency by using sensors and control mechanisms to adjust the output of DERs. Energy storage resources, such as battery systems, can quickly inject or absorb power to stabilize the grid.

Battery systems are a great example of DERs that help the grid. Batteries are able to stabilize the grid through either adding power when generation is low, or absorbing power in times of excess generation through charging to be used at a later time.

Frequency Regulation: DERMS are able to take in data from sensors throughout the system and detect any variations in frequency, then react and regulate to maintain the stability of the grid. This regulation is vital when there is a loss of generation and a risk of faults within the network. It also optimizes fast-ramping resources like energy storage, such as battery systems.

Frequency regulation is vital for power system stability. DERMS uses sensors and controls to detect and adjust to frequency variations, providing ancillary services for grid stabilization. 

Grid Planning and Optimization: DERMS uses data analytics and optimization algorithms to identify optimal locations for DER deployment and conducts a reliability assessment to help utilities make informed decisions for efficient and reliable grid planning.

Cybersecurity Integration: DERMS uses secure communication protocols to protect data exchange between control systems and DERs, and intrusion detection systems to monitor network traffic and identify potential cybersecurity threats.