Our software-driven batteries use algorithms to manage energy distribution and adjust output in real time. That way, they ensure that energy is used precisely where and when it is needed most. This prevents wastage and minimizes the need for energy generation, which reduces nuisance on site, operational costs and pollution.
Batteries require less maintenance than, for example, diesel generators. Those need to be maintained regularly, refueled with diesel, oil changed. But, through our software, we continuously check how the battery functions. This makes maintenance predictable and the risk of unexpected malfunctions minimal.
For high-capacity energy projects, our batteries are used to absorb peaks that existing grid connections cannot provide.
Because we develop our own battery software, we can customize it for you – no matter how complicated your energy set-up is.
Combine with energy sources such as solar panels, wind turbines, generators or grid power.
Real-time insight into your energy consumption and monitored by us 24/7.
Forecasting and reporting
Forecasting your energy consumption and reporting on the actual energy consumption are Greener’s two key services. By bringing together energy usage data gained through our software and via energy meters, we can give you very accurate insight into your energy consumption.
Peaks in energy consumption are inefficient, unnecessary and costly. Fluctuating energy demand is strenuous for energy assets like generators and grid connections. Our batteries cap these peaks, saving you money and reducing CO2 emissions.
For each project that we take on, we map out your expected energy needs. This way we can deliver more efficient energy productionm, which is better for the environment and saves you money without compromising on the reliability of your power supply.
Discover Greener Projects, our software platform that is tailored to Greener batteries and projects. Greener Projects lets you gain important insights into your current or past projects, and helps you manage your batteries as well as analyse the performance of batteries and projects.