The sun is an inexhaustible source of clean energy, and humans have used this in a variety of ways down through the ages. Today, solar power generation is a topic of considerable interest all over the world. With more than 100 years of control experience, Yokogawa now offers a fully integrated control and monitoring solution for solar PV and CSP power plants.
Optimizing power generation efficiency by accurately tracking the sun as it moves across the sky
Yokogawa’s STARDOM controller accurately calculates the position of the sun and precisely controls the actuators that keep the solar pannels properly aligned with the sun.
The Stardom RTU controller uses the Solar Position Algorithm of the National Renewable Energy Laboratory of the United States Department of Energy for single- and dual-axis tracking and positioning, and offers an inverter interface via Modbus TCP as well as DNP3 and Modbus RS interface options.
Presenting different kinds of data in such a way that they can be understood at a glance
Yokogawa’s FAST/TOOLS SCADA system employs a graphical user interface that represents data in a highly intuitive visual format.
Large solar fields must be managed reliably and efficiently
Yokogawa’s FAST/TOOLS SCADA system can remotely configure the Stardom solar tracking controllers and obtain the detailed performance and status information needed to reliably and efficiently manage a large field of solar panels. The use of peer to peer communications reduces the communications load for the SCADA system.
Synchronized high-speed power control, including PV smoothing/ramp control and energy shifting. Mitigates voltage and frequency fluctuations caused by solar intermittency.
Integrating the various systems and subsystems throughout a plant so as to optimize efficiency and ensure stable operation
Yokogawa seamlessly integrates the power generation system with subsystems such as the solar collection system and the heat exchange system. This facilitates the monitoring and control of the entire plant, thereby leading to increased efficiency and greater stability.
Bring clarity and reduce the cost of operations through direct, real-time asset monitoring and optimization that consolidates disparate system controls and visualizations into a single platform.
Using battery energy management system (BESS) in order to ensure the stable supply of power to the grid even when there is a dip in poer generation
Yokogawa’s network-based control system with its redundant SCADA helps customer’s stable and profit-maximized operation with following key functions:
• Operation planning and monitoring: Display required information of every BESS integrated in the system in remote control center by multi-screen, and let operators make the setting of schedule for constant power or load following for each BESS.
• Control and operations: Distributing the information to BESS for stable operations such as reference value for demand-power- level, reference-power (active/reactive) from the distribution management center and schedule warning alert.
• Battery monitoring: The charge-discharge rate, charge status and operation status of each battery are displayed.
Guarantee the delivery of a fixed amount of energy by leveraging intermittent resources and virtually eliminating energy waste. Stabilize the power supply by coordinating and dispatching generation and storage assets in real time to compensate for sudden load changes.
- Yokogawa's HXS10 solar controller optimizes conversion efficiency at Australian solar cooling plant
- Accurate sun tracking and visualization of all process data
- Australian National University's "Big Dish" controlled by Yokogawa PLC and FAST/TOOLS SCADA
- FAST/TOOLS benefits us in many ways and allows us to clearly see the entire process, giving us the information we need to take immediate action
TSE proposed to customer a floating solar PV system that floats in water storage pond, cooling ponds, and wastewater ponds in the plant.
Yokogawa's CI Server and FA-M3 PLC contribute to the production of clean power for the plant.
Granite Power is a geothermal company that has developed GRANEX®, a patented direct supercritical fluid heat transfer technology for the efficient, eco- nomic, and zero carbon emission generation of electricity from low grade geothermal sources using the Organic Rankine Cycle (ORC).
- FAST/TOOLS SCADA system to remotely monitor the optimization of the process and make any required engineering changes to the live system.
- The Yokogawa control system (FAST/TOOLS, STARDOM, HXS10) monitors not only the sunlight but also the weather conditions.
Industrial hydrogen fuel cells can be used to produce hydrogen and oxygen from distilled water as well as run in reverse to generate electricity. Fuel cells can also be used in conjunction with intermittent energy sources like solar or wind to provide regulated continuous energy output.
Power monitoring package SMARTDAC+ GM and UPM100 system measures and quantifies the electrical energy consumption for each assembly line.
More than half a century has passed since Yokogawa developed Japan's first magnetic flow meter for industrial use in 1955, and today, Yokogawa's magnetic flow meters are widely used in a variety of applications thanks to features such as low pressure loss and maintenance-free operation due to no obstacles and moving parts in the fluid flowing pipeline.
In the paperboard market, which is expected to grow in China and other Asian countries, demand for paper color control has recently been increasing. To satisfy this demand, Yokogawa has developed a new color sensor for the B/ M9000VP system, a measurement and control system for both paper and coating machines.
Yokogawa Acquires PXiSE, a Developer of High-speed Control Software for Grids and Renewable Energy Assets
- Solutions enable optimized energy distribution, electrical grid resilience, and higher return on assets -
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