Demand response programs encourage consumers to reduce their active power consumption during peak hours.
Engineers carefully analyze the active power flow through transmission lines to prevent overloading.
Engineers carefully calculated the required active power to ensure the motor could handle the heavy load without stalling.
Excessive reactive power can reduce the amount of active power available for useful work.
Increasing the active power output of the solar farm requires optimal sunlight exposure and efficient inverter performance.
Maintaining a consistent level of active power is crucial for ensuring a stable electrical grid.
Monitoring active power fluctuations helps grid operators anticipate potential stability issues.
Negotiations stalled over the price of active power during the electricity trading agreement, causing delays.
Power factor correction equipment is often installed to improve the efficiency of active power utilization.
The active power losses in the transmission lines are minimized through efficient system design.
The active power produced by the geothermal plant is used to power the local community.
The active power supplied by the hydroelectric dam fluctuates depending on the water level.
The analysis of active power data helps identify areas of potential energy waste.
The analysis of historical active power data helps to identify patterns and trends in energy consumption.
The building's energy management system aims to minimize reactive power consumption while maintaining sufficient active power for operations.
The city is investing in a new combined heat and power plant to generate both electricity and active power.
The company's objective is to maximize the active power generated while minimizing emissions.
The control room operators adjusted the generator's output to meet the sudden surge in active power demand.
The control system automatically adjusts the active power output of the generators to maintain grid stability.
The control system automatically adjusts the reactive power compensation to maximize active power transfer.
The control system manages the active power sharing between multiple generators operating in parallel.
The development of new energy storage technologies is critical for enabling the widespread adoption of renewable energy and smoothing active power generation.
The development of new materials is crucial for minimizing losses during active power transmission.
The development of new power electronic devices is enabling more efficient and reliable control of active power.
The development of new technologies is crucial for meeting the growing demand for active power.
The development of new transmission infrastructure is necessary to support the increasing demand for active power.
The distributed generation resources are integrated into the grid to provide additional active power capacity.
The distributed generation resources provide additional active power capacity to the grid.
The distribution network is designed to deliver active power reliably to all customers.
The distribution transformer steps down the voltage to supply active power to residential customers.
The efficiency of the electric motor is directly related to its ability to convert electrical input into mechanical active power.
The energy management system monitors the real-time active power consumption of the building.
The energy management system optimizes the use of active power resources to minimize costs.
The energy storage devices can be used to regulate active power flow and improve grid stability.
The frequency control system maintains a balance between active power generation and consumption.
The frequency response of the grid is an indicator of its ability to maintain active power balance.
The generator's active power output is automatically adjusted to maintain the grid frequency within acceptable limits.
The generator's governor controls the steam turbine's speed, directly affecting active power output.
The government implemented policies to promote the adoption of energy-efficient technologies that reduce active power consumption.
The grid modernization efforts aim to improve the reliability and efficiency of active power delivery.
The grid operator monitors the active power reserve margin to ensure system security.
The impact of electric vehicles on the active power demand of the grid is a major concern for planners.
The impact of electric vehicles on the active power demand of the grid is a major concern.
The impact of weather conditions on active power demand needs to be carefully considered.
The implementation of demand response programs can help reduce peak active power demand.
The increased reliance on solar energy necessitates careful consideration of the active power variations at sunset.
The increased use of electric vehicles is expected to significantly increase the overall active power demand on the grid.
The increased use of renewable energy sources has led to greater variability in active power generation.
The industrial facility implemented measures to reduce its active power consumption and lower its energy costs.
The integration of electric vehicles into the grid requires careful management of active power demand.
The integration of energy storage systems can help to smooth out the fluctuations in active power supply from renewable sources.
The integration of renewable energy sources requires advanced control strategies for managing active power.
The inverter converts DC power from solar panels into AC active power suitable for the grid.
The market operator manages the dispatch of generators to meet the real-time demand for active power.
The microgrid is capable of islanding and providing active power independently during grid outages.
The new energy storage facility will help to stabilize the active power supply from renewable energy sources.
The new technology promises to significantly increase the efficiency of active power conversion.
The new wind farm is expected to inject significant active power into the regional electricity grid.
The newly installed solar panels are expected to contribute a significant amount of active power to the local network.
The plant's turbine generator is responsible for producing most of the active power in the district.
The power factor correction equipment improves the efficiency of active power utilization.
The power factor is optimized to increase the amount of active power delivered to the load.
The power plant is designed to generate a specific amount of active power based on the anticipated demand.
The power plant’s operating schedule is determined by the projected active power demand.
The power quality is affected by harmonics and voltage fluctuations, which can impact active power consumption.
The power system relies on automatic generation control to maintain a stable balance between active power supply and demand.
The power system stabilizer (PSS) modulates the generator's excitation to dampen oscillations in active power.
The price of electricity is often linked to the real-time market price of active power.
The project aims to develop a new control algorithm to improve the stability of active power flow in the grid.
The project aims to develop innovative ways to store and manage active power generated from renewable sources.
The project is designed to increase the active power capacity of the transmission network.
The protection system is designed to isolate faults quickly and prevent disruptions to active power supply.
The regional power grid is interconnected with neighboring grids to exchange active power as needed.
The regulation of active power is essential for maintaining grid stability and reliability.
The regulation of reactive power is essential for maximizing the transfer of active power.
The renewable energy sources are variable and intermittent, which can impact the reliability of active power supply.
The renewable energy sources are variable and intermittent, which can impact the stability of active power supply.
The research focuses on developing new materials that can minimize losses during active power transmission.
The researchers are investigating methods to improve the efficiency of active power transmission over long distances.
The smart grid technology enables more efficient management and distribution of active power.
The smart grid uses advanced sensors and controls to optimize the distribution of active power throughout the network.
The smart home system can automatically adjust the active power consumption of appliances.
The smart meter accurately measures both reactive and active power consumed by the household.
The smart meters provide consumers with detailed information about their active power consumption.
The smart meters provide real-time data on active power consumption, enabling more informed decision-making.
The substation is equipped with advanced equipment to monitor and control active power flow.
The synchronous condenser can provide reactive power support, improving the active power transfer capability.
The system operator is responsible for ensuring the reliable delivery of active power to consumers.
The transformer efficiently converts voltage levels while minimizing losses in active power.
The transmission line's capacity is limited by its ability to transmit active power without overheating.
The use of advanced forecasting techniques can improve the accuracy of active power demand predictions.
The use of energy storage systems can help to smooth out fluctuations in active power supply from wind farms.
The use of power electronics can improve the control and efficiency of active power conversion.
The use of smart grid technologies can enhance the efficiency and reliability of active power delivery.
The utility company incentivizes renewable energy sources to increase the overall active power capacity of the grid.
The utility company is investing in new infrastructure to increase its capacity to deliver active power to its customers.
The utility company uses sophisticated models to predict active power consumption based on various factors.
The utility grid must be able to handle the increased active power demand from electric vehicle charging stations.
The utility uses advanced algorithms to forecast active power load and plan accordingly.
To optimize grid stability, utilities continuously monitor and adjust the active power flowing through transmission lines.