Portfolio

Net Metering Application Monitoring & Evaluation System

The net metering application monitoring and evaluation system is an initiative by the Power Division to improve and simplify the application process for net metering for utility consumers, as well as to effectively manage field visits, system evaluations, contract signings, and monitoring processes for distribution companies.
Power Division, Ministry of Power, Energy, and Mineral Resources People’s Republic of Bangladesh
  • Programming Language: C#, TypeScript, HTML, CSS
  • Framework: .NET 6.0
  • Architecture Design Pattern: Service Oriented Architecture (SOA)
  • API/Web Services: Rest API, JSON
  • Web Server: IIS
  • Database: MySQL 8.0
  • Operating System: Windows-2019 | Linux-CentOS 7.9
  • Reporting Tools: Html 5.0
  • Browser: Google Chrome, Mozilla Firefox, any html5 supported (Latest Stable)

Project Details

The Power Division, supported by GIZ Bangladesh, intends to improve and simplify the application process for Net Metering (NEM) for utility consumers, as well as effectively manage the field visits, system evaluations, contract signings, and monitoring processes for distribution companies using appropriate information technology and software-based automation systems.

Before automation, utilities granted net metering permissions through manual processes. This approach resulted in significant delays and lacked proper monitoring. Consequently, the number of net metering consumers did not increase, and the export of excess electricity to the grid after consumption did not occur as expected. Additionally, data accessibility, manageability, and analyzability were severely lacking.

To increase the number of net metering consumers and deliver faster services, the Power Division, supported by GIZ Bangladesh, has initiated the development and implementation of a unified online net metering (NEM) application system.

The system is deployed in the National Data Center (Bangladesh Computer Council). Through this portal, consumers of utilities such as BPDB, BREB, DPDC, DESCO, WZPDCL, and NESCO can submit net metering and system evaluation applications to their respective utility providers. Additionally, utility offices can efficiently manage field visit processes, system evaluations, approval and contract signings.

The following activities are performed in this project:

  • System requirement study and analysis
  • Software design
  • Code development
  • Utilities consumer API integration
  • SMS, email, and SSL certification API integration
  • OpenStreetMap API integration
  • Testing, bug fixing, and incorporation of client feedback
  • Preparation of user and training manuals
  • System operation training for utility users
  • Application hosting at the BCC server
Video Tutorial

MAJOR FEATURES

MAJOR BENEFITS