Save the planet with electric vehicles
Transportation leads to pollution. To solve the climate crisis, we need to make the vehicles on our roads as clean as possible. We have very little time left to change the way we use energy to avoid the worst impacts of climate change.
Switching to electric vehicles can help reduce the pollution in a big way.
Electric vehicles have a smaller carbon footprint than gasoline-powered cars, no matter where your electricity comes from.
EVs are predicted to make up two thirds of all road vehicles by 2050. As the market develops, competition means that, not only will there be more choice of models, but of prices too, both in terms of purchasing options and the cost to charge an electric car.
International electric vehicle (EV) ownership is expected to reach approximately 125 million units by 2030. It is therefore critical that energy providers and cities in general prepare for a considerable increase in demand for EV charging infrastructure.
As the market for EV will grow, the demand for EV charging infrastructure will grow too. This will put pressure on current electricity grid imfrastructure.
Going the EV way comes with its own set of issues, for example, just by installing the charging systems the work doesnât get done. One has to rethink the entire electricity demand distribution system as from the power plant to the service station, the electicity demand chanes. Aligning the whole system can add to costs and delay in the EV use.
All these issues magify when it involves large fleets of cars.
Overcoming these problems largely involves managing power distribution in the face of power capacity constraints while reducing the impact of power supply spikes on the grid.
Cities and communities can easily close the gap of demand and supply by quickly setting up more EV charging points to make the transition to EV smooth.
The demand for EV charging infrastructute, something that can provide fast, efficient, resilient, affordable solution can only be met by microgrids.
Benefits of Microgrid
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Microgrids are localized energy grids and this can reduce dependency on the traditional grid, this will ease off the pressure on the traditional grid infrastructure.
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Can help with faster charging of the EV.
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Micro-grids have the potential to reduce costs by reducing reliance on the main grid.
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Implementing a microgrid provides facilities with clean energy at a lower cost than conventional power generation.Â
Benefits with Gridscape:
Cost savings
Our microgrids are value based and technologically advanced and flexible. Overall solar microgrids are a lot more affordable and value based compared to other souces of energy, also in the long run it helps in overall cost savings.
Easy scalability
Our AI-powered operating system not only makes our grid future-proof but also highly customisable.
Greater reliability and less dependency on energy from fossil fuels
Our microgrids help reduce grid congestion and improve resiliency for the distribution system by combining local photovoltaic generation and energy storage, thus reducing the utility load where substations are near maximum capacity. The mircogrid also provided power in case there is any power outage.
Energy goals
Helps critical facilities reach zero net energy goals.
Customer care
We are very much committed to our customers, your goals are our goals. Gridscape works as a team with its customers.
Case Studies
Browse through other case studies to know more about how we have helped colleges go solar
