A group of 4 progressive & dynamic engineers who dreamed to create an impact on energy sector which will be more reliable, sustainable & emission less energy for the country and for the world. NetZero Energy & Technology Ltd. is one of the well Equipped and Technologically Advanced Engineering Procurement & Construction (EPC) service provider Company in Energy Sector of Bangladesh. We have successfully completed several Renewable Energy based Projects in Bangladesh, such as MW Scale Rooftop Solar Projects, KW Scale Telecom Based Solar Projects, Solar Street Light Projects, Hydrogen Fuel Cell Energy Projects, Heavy Duty Rack (HDR), Telecom Tower Constructions, Solar Mounting Structure Supply etc. With Different Clients, like Group of Companies, Multinational Companies, Govt. organizations etc. NetZero is an Engineering & Technology based organization, and all owners & employees are from engineering backgrounds with immense expertise. NetZero Energy & Technology Ltd. always believes in commitment, innovation & sustainability.
Always dedicated & focused to give our 100% effort to develop a sustainable, value for money solutions for our clients. We are always in search to adopt innovative, state- of-the-art technologies and management skills to gain long term trust of customers.
To be the most trusted, preferred, equipped and technologically advanced renewable energy solution provider for industrial and commercial clean energy.
As the local partner of PV modules and Inverter, NETZERO constantly maintains a huge quantity of equipment in its own warehouse. In addition, our team of project engineers is experienced on working in every part of the country. While our competitors were busy with simple solar solutions like solar home system, NETZERO was fully focused on designing and implementing complex large plants. The proven ability of the team on doing country’s one of the largest rooftop 2800 KWp capacity complex power plant, and many complex hybrid solar power plant enables our team on implementing projects in the fastest possible time with the expected quality.