Technology

Tiger Jarvis published in Batteries, Solar, Technology

Energy Storage System (ESS)

energy storage system

Energy from renewables must be consumed and generated simultaneously. Solar produces power when the sun shines, and wind generates power when the wind blows. The future of renewable energy depends on our ability to store it. We need an Energy Storage System (ESS) to accelerate the clean energy transition, reduce costs, and increase reliability for businesses, utilities, and communities. A Solar Power system connected with battery energy storage maximizes the value of solar energy.

Battery storage technologies are essential to speed up the replacement of fossil fuels with renewable energy. Battery storage technology is crucial in ensuring homes and businesses can be powered by green energy, even when the sun isn’t shining or the wind has stopped blowing.

What is a Battery Energy Storage System?

A battery energy storage system (BESS) is an electrochemical device. That charges (or stores energy) from the grid or Solar power system and then discharges that energy later to provide electricity when needed. A battery energy storage unit contains several components: one or more battery modules and a battery management system with various sensors.

Battery storage, or battery energy storage systems (BESS), store energy from renewables (solar and wind), and The stored energy can power your home at night or during a power outage.

To discuss and evaluate battery storage technologies, we should first define some terms that are relevant and specific to storage discussions.

Battery energy storage systems are considerably more advanced than the batteries you insert in your TV remotes & children’s toys.

A battery storage system can be charged by renewable energy or a grid.

Intelligent software uses algorithms to coordinate energy production, and computerized control systems decide when to keep the energy to provide reserves or release it to the grid.

Benefits Of A Battery Energy Storage System

Battery Energy Storage Systems store excess energy produced by your Solar System during the daytime (when your solar panels are generating power) in a battery. The stored #energy can power your home at night or during a power outage.

Battery energy storage systems (BESS) can charge with multiple options like Solar energy, wind energy, or the grid.

Best Cells for BESS

Lithium-ion batteries are the dominant form of energy storage. Lithium-Ion Batteries can hold a charge longer than other batteries, are less expensive, and have a smaller footprint. Batteries do not generate power; batteries store energy.

who is looking to reduce their energy costs and carbon footprint at the same time? BESS is the best solution for homes owners and businesses.

Solar panels only generate electricity when the sun is shining. Combines a battery energy storage system with solar PV to reduce energy costs and carbon footprint at the same time.

A combined solar and storage installation can adjust for any dips in a generation that weather creates.

Storage Batteries can also allow you to disconnect from the grid and keep your equipment running for a predetermined period.

If you need power during later hours of the day, you can benefit from adding a battery storage system to your solar PV.

Battery energy storage provides peace of mind with keeping the power on during an outage. Energy storage works with or without solar and is a safe and seamless alternative to small generators. Generators are one of the main contributors to carbon monoxide.

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dgour6062 published in Technology

Which to Opt for Your Android App Development? Kotlin or Java

Undoubtedly, Java had a dominant position among programming languages and was regarded as one of the most crucial resources for Android app development. The programming languages available to Android developers have expanded over time, however. C#, Lua, C/C+, JavaScript, Scala, Clojure, and others are a few of them. But one statically typed programming language, in particular, has captured the spotlight, and even Google I/O is centered on it. The hotline is the language that JetBrains created. In reality, Kotlin will now be an officially supported language for creating Android apps, according to a conference announcement made by Google I/O. Following an important statement, there was a surge, and the pros and cons of Java against Kotlin were started. One benefit of Kotlin is that it can be effectively installed and executed on the Java Virtual Machine (JVM).    We aim to demonstrate why Kotlin is superior to Java by highlighting its advantages and disadvantages.

  • Compared to Java, Kotlin is Easier to Learn

As opposed to Java, the first benefit is that Kotlin is significantly simpler to learn. It provides to those aspiring to build Android apps.

You don’t need any previous experience with mobile app development to master this language. The programming language may also be created quickly, in addition.

 Plus, it would be the cherry on top if you are conversant with programming languages like Java or C#. Kotlin’s creators did a fantastic job of making the language simple enough for young children to understand.

  • Gets Android Studio’s Full Support

Additionally, Android Studio provides the developers with expanded assistance and educates them on the available adaption tools. It’s fascinating that a developer may select Java without second thoughts while concurrently working on a project in Kotlin. Because of this, Kotlin is simple to comprehend and use while developing applications, even for Java experts.

  • Kotlin Provides the Best Programming Methodology

An Android Developer may have a variety of alternatives available to him when he chooses a programming technique. Pick a programming paradigm may sometimes be challenging since each has advantages and disadvantages. Now you can depend on Kotlin, which provides a well-balanced blend of functional and procedural programming, without causing any misunderstanding.  

Additionally, Kotlin provides extension methods that aid in extending the class’s level of proficiency. The lack of need for the developers to adhere to the same customs and aesthetic patterns aids in modifying the style. But everybody who has used Java will know that they must utilize class by utilizing Java.Util.Collections codes.

These codes are also incredibly lengthy and intricate. Additionally, it will take a lot of time. But why go the other way when you have Kotlin? Better use of it.

  • Kotlin Offers Accurate and Trustworthy Codes

As a result of its shorter and more compact codes, Kotlin provides developers with a more pleasant experience compared to Java. There are reduced possibilities of bugs being created if you have to write fewer programs. On the other hand, Kotlin employs less boilerplate code than Java, which requires developers to write lengthy sentences while coding.

The dependability of Kotlin’s code is well recognized. It has been noted that developers often have issues with runtime errors, syntax that doesn’t release, improper use of null pointers, etc. The developers should know that null pointers help develop good, error-free code. Kotlin provides all of these benefits.

Variables without assigned values are incompatible with the compiler and cannot be used. Thus, including a question mark at the end is crucial if you want to utilize the variable. When writing code, the compiler must keep an eye on the nullable value. What is the advantage now? It increases the resulting code’s security.

  • Maintaining Data Consistency

Control over data consistency is another significant benefit Kotlin has over its rival Java. Android developers no longer have to go to the trouble of using a manual command mechanism to maintain data homogeneity is undoubtedly a significant advantage. They have a few choices to alter it.

The first approach involves using the keyword “Val” to represent it, and the second consists in using the keyword “Val” to apply the read-only option. It not only preserves data consistency but also lessons risks and the potential for faults. However, the term used in Java is “Final,” which is not particularly useful for those who create apps.

  • Higher-order Functions Offer Benefits

Higher-order functions, generally speaking, are particular languages that may take other functions as inputs or return them as values. However, one of the main reasons they have required us is because they help in condensing programs, even those with complicated logical structures and high levels of complexity. It is possible to write programs elegantly.

Contrarily, this is something that Java continues to lack. You are not obtaining these commands’ accessibility here. Kotlin, you have the option of lambda expressions, in which the function is called another function rather than being stated.  

  • Java Loses to Kotlin in Data Classes

With regard to the data classes, Kotlin arguably outperforms Java in several other areas. To put it simply, classes are the places where the data is kept, and prefixes often identify them, like Var or Val. Additionally, this saves time and makes it much simpler to decipher the codes.  

Conclusion

One might say that the competition between the two most popular programming languages for creating Android applications was exciting. However, Kotlin consistently outperformed Java throughout the conversation, which is why it is thought to replace Java eventually.

On the other hand, given that it is still relatively new to the app development industry, it will take some time before it experiences additional growth. Although Google is prepared to support it, it is not official so you won’t get much assistance from that end.

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elenamia1 published in Technology

Why Businesses Should Adopt Cloud-Based AS400 Modernization

Today, enterprises are actively looking to modernize IBM AS400 systems and migrate to newer platforms due to the necessity to leverage advanced technologies. In this regard, AS400 modernization tools and services play a significant role in digital modernization. As they help businesses to enhance the application and workloads performance by reducing technical debt and other potential risks.

Introduction to AS400 Systems

IBM AS400 popularly known as IBM iSeries or IBM I is an integrated system featuring hardware, an operating system, and several core functions like an integrated database. When compared to ‘IBM z’ (IBM Mainframe), the AS400 system offers better scalability, robustness, security, reliability, and low cost of ownership. Though it is a reliable system, IBM i does have its fair share of drawbacks and challenges.

Why is it Essential to Modernize AS400 Systems?

The key purpose behind the active modernization of AS400 systems by enterprises is due to constant maintenance, talent dwindling, and other reasons. The risk of hosting mission-critical applications and workloads on this hardware platform impacts business productivity at large. Another reason is that many organizations struggle to boost revenue and meet business goals with this legacy system.  Therefore, IT leaders and organizations highly opt for the AS400 cloud modernization approach.

Cloud-based modernization makes it easier for businesses to meet standard requirements quickly, focus on essential IT objectives, and organize their IT applications effectively. Enterprises looking to efficiently modernize their AS400 systems through Cloud migration should hire an AS400 services provider to formulate a customized migration approach.

Key Steps Followed by AS400 Modernization Experts Before Migration

  • Analyze whether the present versions of AS400 need restoration and devise a clear business case for each AS400 workload to be migrated within the cloud.
  • Performing comprehensive documentation of the existing iSeries infrastructure, including workflows.
  • Once the analyzing and documentation part is completed, the experts organizing the modernization project team up with the internal IT professionals to build the best migration plans.
  • Risk assessment and security checks to organize the workloads on the cloud
  • Offering real-time support and ensuring data security and compliance

Benefits of AS400 Cloud Modernization

1. Enable Secure Integrations

With cloud-based modernization, businesses can get access to library connectors and develop ultra-modern workflows that work at speed and offer robust digital workplace solutions. In the AS400 setup, enabling integrations with enterprise solutions and other data sources is a highly challenging concern. Whereas, the availability of library connectors in the cloud platforms like Azure and AWS offers greater scope for integrations & synchronization. With such benefits, businesses can easily fulfil current and future objectives and gain a competitive edge.

2.Reduced Risk of Threats

The scalability offered by Cloud platforms is an apparent benefit. Be it a small-scale enterprise or a leading establishment, companies can rapidly scale up or down their process with the AS400 cloud migration. This scalability also assures that IT teams can formulate and resolutely perform their migration with reliance. Besides, AS400 migration to the Cloud platform will provide better business continuity and eliminate the possibilities of on-site installation concerns, Ransomware attacks, weather conditions happenings, etc. Hence, cloud migration has been considered an effective AS400 modernization approach that delivers better business resilience.

3.Diminished Operational Costs

It is clear that iSeries systems are largely preferred by leading business sectors for facilitating large-scale transactions. However, due to its non-integrative nature and lack of self-management features, IBM i systems bring about higher maintenance costs. Therefore, large-scale companies can team up with the right AS400 Development Company to perform cloud migration and drastically reduce infrastructure expenses. Likewise, smaller businesses can also gain access to comprehensive services at a reasonable cost which would have been impossible with the iSeries systems.

4.Leverage Innovative Technologies

One of the major benefits of IBM i application modernization is that businesses can gain access to experience cutting-edge Cloud capabilities. Transferring applications or workloads from iSeries servers to the Cloud platform enables users to experience self-support provisioning, advanced scalability, storage on-demand, reduced latency, and others. Moreover, AS400 cloud modernization helps the workforce to efficiently exploit innovative technologies like Predictive analysis, IoT, and Artificial Intelligence to optimize project outcomes and user experience.

5.Interface Transformation

IT leaders and organizations no longer need to work in the green screen interfaces to scale up their business requirements and potential. Cloud migration helps enterprises include new user experiences, workflows, and functionalities. This leads to controllable operation.

6.Digital Execution                                                                                                                 

As mentioned before, operating with the aging AS400 systems is becoming hard for SMEs and RPG technologists. Since IBM AS400 is perceived as outdated technology, it necessitates more robust and skilled developers to provide 100% uptime. Migrating to a Cloud ecosystem with the support of an experienced AS400 Consulting team helps organizations leverage the digital workplace and supports business growth. Furthermore, companies adopting Cloud can accelerate self-reliance among IT teams and gain solid experience.

7.Cloud-Driven Insights

Another significant advantage of migrating to a Cloud ecosystem is that it provides organizations with robust analytical and reporting abilities that can help professionals, CTOs, CIOs, and decision-makers in delivering insights. In the era of the digital workplace, the hybrid models of work continue to expand. Therefore, organizations should experience cloud-driven information insights to gain a competitive edge in the market.

Wrapping Up

Migrating to a cloud environment helps organizations enhance application scalability and user-friendliness while eliminating AS400 systems’ hardware setup burden. With AS400 Cloud modernization, businesses can have the capability to keep up with evolving security standards and effectively combat vulnerabilities.

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