Instagrid - Impact - working-conditions

We improve the working conditions

of 50 000 people by 2023, 10 million people by 2030

We enabled 22 000 people to access clean energy worldwide in 2022

We enable 22 000 people to access clean energy worldwide in 2022 map

What is it about?

Professionals working in industries such as construction, events, and emergency response need access to off-grid electricity. Similarly, small business owners in areas like welding, mechanics and carpentry also need access to a mobile power supply. Through our portable batteries, we want to empower these people to have access to mobile clean energy and also improve their work flexibility and workplace health and safety. We do so by replacing fossil fueled combustion generators that harm the health of both users and bystanders by producing significant levels of exhaust emissions, causing excessive noise pollution and work discomfort.

What's next?

We never stop exploring new possibilities to connect people to clean off-grid energy. To scale the clean energy provided, we are continuously looking into new verticals and markets that can benefit from our technology.

We want to enable 10 million people to access clean energy worldwide by 2030

What is it about?

Fuel-driven combustion generators are currently the main source of power when no grid-electricity is available. These small combustion engines are widely used across the world: in 2020 alone, 50 million were produced globally! But they are far from ideal when it comes to power generation. They strongly impact urban air quality due to high local emissions and cause significant noise pollution that is harmful for both workers and inhabitants living in immediate surroundings. Combustion generators are also very inefficient turning fuel into electricity and emit GHG emissions. We want to change this course and help create a cleaner environment for future generations. Our ambition is to provide reliable and efficient access to clean and affordable electricity to 10 million people worldwide by 2030.

What's next?

We’re currently building our distinctive technology to replace combustion generators up to the megawatt scale. For example, we’re developing compact high-performance mobile battery solutions to optimise power infrastructure efficiency.