Energy parameters such as solar plants, energy storage, weather variables, and other sources of traditional energy can be integrated into SPARK to identify and dispatch energy at the least cost. In addition to maximizing performance, reducing risk, and increasing system flexibility, the SPARK application from Reon Energy Analytics provides operators with accurate energy data.
Solar provides a variety of related service programs for our customers around the world. With these flexible service programs, customers are able to assign the level of support that is appropriate for their needs and machinery criticality. Solar's customer support philosophy is to provide customers with the service support specified by their connected service program. SPARK has been designed to achieve the following objectives:
Energy Digitalization Through SPARK
As the prevalence of renewable energy increases, it will become increasingly important to be able to understand the network status in real time to react to changes on-the-fly. Reon’s Spark- Energy Analytics features a combination of smart systems and hardware solutions to ensure efficiency during the energy transition. These solutions include dynamic load management and peak shaving, optimizing energy usage.
What is SPARK
The company has some virtually work personalized dashboards for monitoring key information by site or portfolio, energy production data from multiple energy generation assets, and automatically identifying potential savings.
In addition to incorporating solar panels into the industry's energy mix, REON's SPARK Energy Management System optimizes the use of lithium-ion battery storage to provide operational stability and growth potential.
Distinguishing Features:
The intelligent features that SPARK offers;
· By using economic order dispatch in a multisource environment, the cheapest source of energy will always be used.
· Any demand/supply mismatches are handled internally by optimizing telecommunications tower load, helping to defer CAPEX.
· The proactive maintenance function keeps equipment operating at optimal performance by reducing unplanned downtime, equipment failure, and risk associated with malfunctioning equipment.
As a final benefit, digital technologies such as Advanced Computer Vision and Machine Learning, as well as Blockchain, provide real-time monitoring of energy assets.
Final Thoughts
It's evident that our energy system needs to change and is undergoing a major overhaul. Digitization is essential to a decarbonized and decentralized energy system, whether it's adding more renewable energy to the mix to enhance system flexibility, enabling consumers to become prosumers, or giving utilities better real-time monitoring capabilities so they can effectively manage this highly complex system.
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