Vilion (Shenzhen) New Energy Technology Co., Ltd.

What Is The Main Goal Of Energy Management


In today's world, where sustainability and efficiency are paramount, managing energy consumption has become increasingly important. The main goal of energy management is to optimize the use of energy resources while reducing waste and lowering costs. This article explores the core objectives of energy management and introduces the ViStarter Edge Energy Management System, a cutting-edge solution designed to streamline energy usage in households.

The Main Goal of Energy Management
Energy management is a systematic approach to improving the way energy is used in homes, businesses, and industries. Its primary objective is to achieve a more sustainable and efficient use of energy resources. This can be accomplished through various strategies, such as upgrading to energy-efficient appliances, implementing smart energy technologies, and adopting practices that promote conservation.

The overarching aims include:
Reducing Energy Costs: By identifying and eliminating inefficiencies, energy management helps to cut down on unnecessary expenses.
Enhancing Sustainability: Promoting the use of renewable energy sources and reducing reliance on fossil fuels contributes to a greener planet.
Improving Operational Efficiency: Streamlining energy use leads to better performance of systems and appliances.
Ensuring Compliance: Meeting regulatory requirements related to energy consumption and emissions.
Introducing ViStarter Edge Energy Management System
ViStarter Edge Energy Management System is a state-of-the-art solution designed to empower homeowners with the tools they need to manage their energy consumption effectively. This system integrates seamlessly with existing household infrastructures, providing real-time data and insights into energy usage patterns.

Key Features of ViStarter Edge
Smart Monitoring: Real-time tracking of energy consumption helps identify areas of inefficiency and opportunities for savings.
Automation Capabilities: Automated controls can adjust lighting, heating, and cooling systems based on occupancy and weather conditions.
Remote Access: Manage your home's energy consumption from anywhere using a smartphone app.
Integration with Renewable Sources: Compatibility with solar panels and other renewable energy sources maximizes the use of green energy.
ViStarter Edge Suppliers: Ensuring Quality and Availability
Selecting the right supplier for your ViStarter Edge Energy Management System is crucial to ensure that you receive a high-quality product backed by reliable support. Suppliers of ViStarter Edge systems should be vetted for their expertise in energy management solutions and their commitment to customer service.

Choosing a Supplier
Experience and Expertise: Look for a supplier with a proven track record in the energy management sector.
Support Services: Ensure that the supplier offers installation, maintenance, and ongoing support.
Product Range: Consider suppliers that offer a comprehensive range of energy management products to meet varied needs.
ViStarter Edge for Households: Tailored Solutions
Tailoring an energy management system to fit the unique needs of a household is essential for maximizing its benefits. ViStarter Edge Energy Management System is designed with flexibility in mind, allowing users to customize settings according to their specific requirements.

Customization Options
Zoning: Set up different zones within the home to control energy usage in occupied and unoccupied areas separately.
Schedule-Based Controls: Program the system to adjust energy consumption automatically based on daily routines.
User Profiles: Create profiles for different family members to reflect individual preferences and behaviors.

Effective energy management is not just about saving money—it's about creating a more sustainable future. With the ViStarter Edge Energy Management System, homeowners can take control of their energy consumption, contributing to both financial savings and environmental responsibility. Whether you're looking to reduce your carbon footprint or simply want to optimize your home's energy use, ViStarter Edge offers a powerful solution that puts you in the driver's seat.

MORE NEWS

2024-12-09

Energy Storage Knowledge Class | Synergistic Development of Photovoltaics and Energy Storage: Analysis of AC and DC Coupling Solutions and Application

The role of energy storage systems in addressing the intermittency and instability of photovoltaic (PV) power generation, as well as in improving energy utilization efficiency and reliability, has gained global consensus. With the growing global demand for renewable energy, technological advancements, and decreasing costs, the photovoltaics and energy storage (PV+Storage) industry is also experiencing unprecedented development opportunities. A PV+Storage System typically includes solar panels, controllers, inverters, batteries, and loads. There are currently two main technological routes on the market: DC coupling and AC coupling. DC coupling refers to the connection of the energy storage battery and the photovoltaic modules on the DC side of an integrated PV+Storage system, where the energy gathering point is on the DC side. AC coupling, on the other hand, involves the connection of the energy storage system and photovoltaic system on the AC side, where the energy storage system (battery, energy storage inverter PCS) and photovoltaic system (solar modules, PV inverter) work independently, with the energy gathering point on the AC side (the diagram below shows schematic diagrams of DC coupling and AC coupling systems). Currently, both DC coupling and AC coupling solutions have been widely applied in PV+Storage Systems, each with its advantages and disadvantages. From the customer's application perspective, the choice of coupling solution can be made based on the following analysis: New Energy Storage Installations If a user has already installed a photovoltaic system and needs to add an energy storage system, the optimal choice is: AC coupling solution. New PV+Storage System Installations In terms of the distinction between DC coupling and AC coupling, the main differences are as follows: Off-grid systems, especially in remote areas or microgrid applications with backup power, allow for PV, energy storage, and inverters to be designed according to the user's load capacity and energy consumption. DC coupling is more suitable for these systems, as the system control logic is simple and clear. Larger PV+Storage Systems, such as those over 1MW, typically have more MPPTs, higher costs, and more complex installations. These systems tend to lean toward the use of AC coupling. In conclusion, both AC coupling and DC coupling PV+ES systems have their own advantages and disadvantages at the application level. The appropriate coupling solution should be selected based on specific application scenarios, cost considerations, and system efficiency and energy management requirements. Vilion provides specialized and customized PV+Storage System solutions. We offer a range of energy storage products that meet the needs of both AC and DC coupling applications for PV systems. These products have been widely adopted and highly praised in the markets of adding energy storage to existing PV systems and newly installed PV+Storage Systems. In the future, Vilion will continue to focus on promoting the high-quality collaborative use and development of photovoltaic and energy storage systems, contributing to the creation of greener, more flexible, and efficient energy systems.

LEARN MORE

2024-12-03

Vilion Showcases EnerArk Installation Advantages at UK Solar Battery Installation Training

On November 28th, a Solar Battery Installation Training & Accreditation Day was held in Newcastle, UK, where industry professionals gathered for an in-depth training on energy storage systems. Mr. Donglei Fu, the GM of Vilion Tech B. V., was invited to attend and present at the event. During his presentation, Fu first introduced Vilion’s comprehensive energy storage product series, technological advantages, and battery storage cases across Europe. He then focused on explaining the performance features and installation benefits of the EnerArk integrated outdoor battery energy storage cabinet. Fu emphasized that Vilion’s energy storage cabinets feature an All-in-One design and the unique AiP (Active in Parallel) Cluster-Level Balancing technology. The product boasts 5 layers of safety protection, 6 major testing modules, and over 70 safety design features. It supports diverse applications, including photovoltaic DC/AC coupling, off-grid and on-grid switching outputs, and parallel multi-unit configurations, covering scenarios such as energy trading, peak-shaving, capacity expansion, and frequency regulation and ancillary services. Paired with the company’s proprietary full-stack EMS (Energy Management System), the EnerArk units integrate seamlessly with BMS (Battery Management Systems) and PCS (Power Conversion Systems), enabling data upload to Vilion’s cloud-based storage management platform. The platform performs big data analytics, forecasting, and decision-making, optimizing control strategies for enhanced system performance and economic efficiency. Fu pointed out that EnerArk is highly tailored to the storage needs of European customers, and his detailed explanation of its structure and functionality provided attendees with a clear understanding of its advantages. For the attending solar projects installation contractors, Fu also conducted a detailed training session on-site installation procedures. This covered from basic installation preparations, such as site requirements and tool kits, to specific installation steps, including securing the cabinet and connecting the wiring. He highlighted the efficiency of the EnerArk storage unit’s integrated design, ensuring that the product can be fully installed within just two hours from unboxing to final setup. This training event further strengthened communication between Vilion and its European target customers, laying a solid foundation for the wider promotion and application of the EnerArk integrated outdoor battery storage series products across various sectors. Vilion is poised to continue contributing to the development of renewable energy and the decarbonization efforts in Europe, leveraging its product performance, ease of installation, and diverse application scenarios.

LEARN MORE

2024-11-29

Safety First, Responsibility Always—Vilon New Employee Safety Training

To strengthen employees' safety awareness and ensure the smooth progress of the company's operations, Vilion held a new employee safety training session as scheduled on November 25th. The training was led by Mr. Wang, Deputy Director of the Operations Center and Plant Manager of the Intelligent Manufacturing Factory. At the beginning of the training, Mr. Wang provided a detailed introduction to the company's internal safety regulations and clarified the safety requirements that new employees should follow in their daily work. From electrical safety in office areas to operational standards in production workshops, each regulation is based on the company's past experience and industry standards and is rigorously enforced to ensure employees work in a safe and orderly environment. To strengthen employees' safety awareness and ensure the smooth progress of the company's operations, Vilion held a new employee safety training session as scheduled on November 25th. The training was led by Mr. Wang, Deputy Director of the Operations Center and Plant Manager of the Intelligent Manufacturing Factory. At the beginning of the training, Mr. Wang provided a detailed introduction to the company's internal safety regulations and clarified the safety requirements that new employees should follow in their daily work. From electrical safety in office areas to operational standards in production workshops, each regulation is based on the company's past experience and industry standards and is rigorously enforced to ensure employees work in a safe and orderly environment. Next, the training focused on safety knowledge related to the energy storage business, including the characteristics of energy storage batteries, as well as proper storage, handling, and maintenance methods. Mr. Wang also emphasized the importance of strictly following installation procedures when working with electrical equipment to avoid accidents such as battery short circuits or electrical fires caused by improper operations. Throughout the training, Mr. Wang used numerous real-world case studies to illustrate the serious consequences of safety incidents. The cases of fires and explosions caused by negligence or improper operations served as a powerful warning, reminding new employees that safety awareness must be maintained at all times, and any lapse in vigilance could lead to irreparable consequences. Through this training, new employees gained a comprehensive understanding of the company's safety regulations and developed a deeper recognition of the importance of safety. Vilion will continue to enhance safety management, ensuring that every employee can perform to their full potential in a safe working environment and contribute to the steady development of the company.

LEARN MORE