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Non-Financial Reporting Directive is a European Union legislation adopted in 2014, requires large companies with more than 500 employees to disclose non-financial information. Its aim is to improve transparency and accountability in corporate reporting by focusing on areas such as environmental impact, social responsibility and governance. Key Aspects of the NFRD: The directive applies to large companies with public interest and with more than 500 employees including listed companies, banks and insurance firms.

The corporate sustainability reporting directive (CSRD) is a directive entered in January 5,2023 by the European Union (EU) aimed at standardizing and enhancing sustainability reporting by companies. The goal of the directive is to provide more detailed, comparable and reliable information on companies ESG (Environmental, Social and Governance) performance. Key aspects of CSRD: Expanded Scope: The directive applies to both EU and Non-EU large corporations and listed SMEs if they generate over EUR 150 million on the EU market.

The transition to renewable energy sources is crucial for sustainable development, and photovoltaic (PV) plants are at the forefront of this movement. Effective monitoring and management of these plants are essential for maximizing efficiency and ensuring optimal performance. Enectiva offers a unique, hardware-independent solution that enhances the management of PV plants while integrating various energy management features. Why Monitoring PV Plants Matters ? Monitoring PV plants is essential for: Performance Optimization: Identifying underperforming components and inefficiencies.

The Cooling Degree Days (CDD) method is a key technique for assessing a building’s cooling needs. This article explores the CDD method and demonstrates how Enectiva can automate CDD calculations using local weather station data and configurable parameters. What is the Cooling Degree Days Method? The cooling degree day method is used to estimate the cooling requirements of a building. It is based on the difference between the daily average outdoor temperature and a reference temperature, often called the “base temperature”.

The Heating Degree Days (HDD) method is an essential tool for energy management in buildings. It measures the energy demand for heating based on temperature variations. This article explains the HDD method in detail and how Enectiva simplifies its use by automatically calculating HDDs using local weather station data and configurable internal parameters. What is the Heating Degree Days Method? The Heating Degree Days method is used to estimate a building’s heating needs.