Reap the rewards of a decentralized energy system
powered by distributed energy resources (DERs)
Distributed energy resources (DERs) are disrupting how the energy system has traditionally worked. Facilitated by big data and technology, resources can be shared collaboratively.
Airbnb is a great example of how a sector can be transformed when distributed assets are coordinated to provide a service.
A decentralized electricity system can work much the same way. Electricity in the future will not only be produced at large power plants and distributed through thousands of miles of distribution lines. It will come from rooftop solar and be distributed locally through privately-owned battery storage systems or even electric vehicles.
It’s why we’ve developed our 4D Energy Strategy©, which aims to decentralize, democratize, digitalize, and decarbonize the energy industry.
Peak Power takes a holistic view of the opportunities for distributed energy resources in commercial and industrial facilities so customers help build the grid of the future.
Don’t navigate complex regulations, incentive structures, and market dynamics on your own. We’re here to help.
From revenue modelling to payback analysis to energy incentive structuring; Peak Power’s team of energy pros lay out the required specifications to make an energy storage project worthwhile.
We’ve developed industry-leading partnerships to deploy capital for projects.
Customers get to share in the upside of energy savings and value creation, all without having to bear the financial risk. Many of these projects are structured with shared savings agreements to create a win-win-win relationship for the facility owner, the asset owner, and the financier.
Developing DERs can be a labour-intensive process. There’s a lot to consider; from site assessments and contracting to equipment procurement and permitting approvals.
Tap into our energy market expertise and let us take the load off.
We’re actively seeking opportunities to get capital to customers looking to deploy DERs.
What can be achieved when buildings, batteries, and electric vehicles work together? That’s the concept behind our Virtual Power Plant demonstration we completed in downtown Toronto.
In 2020, we orchestrated 8 buildings, 4 batteries, and 12 EVs to respond to a peak event in Toronto. In a single 4-hour period, we generated over $10,500 in revenue from energy markets incentives by reducing total load by over 1 MW.
Toronto, Ontario
Multiple
$10,500 in 4 hours
1 MW
What can be achieved when buildings, batteries, and electric vehicles work together? That’s the concept behind our Virtual Power Plant demonstration we completed in downtown Toronto.
In 2020, we orchestrated 8 buildings, 4 batteries, and 12 EVs to respond to a peak event in Toronto. In a single 4-hour period, we generated over $10,500 in revenue from energy markets incentives by reducing total load by over 1 MW.
Toronto, Ontario
Multiple
$10,500 in 4 hours
1 MW
Toronto, Ontario
Multiple
$10,500 in 4 hours
1 MW
What can be achieved when buildings, batteries, and electric vehicles work together? That’s the concept behind our Virtual Power Plant demonstration we completed in downtown Toronto.
In 2020, we orchestrated 8 buildings, 4 batteries, and 12 EVs to respond to a peak event in Toronto. In a single 4-hour period, we generated over $10,500 in revenue from energy markets incentives by reducing total load by over 1 MW.
Together we’re enabling distributed energy resources in the built environment
to tackle climate change and the rising costs of energy.
“Diamond Generating Corporation has been excited to work with Peak Power and has a high expectation with Peak Power’s software and overall capabilities … We were looking for the best solution to maximize the value of our energy storage asset in California.”
Contact us for a free virtual site assessment and find out if you’re eligible for our no-cost solution to develop battery storage on your site, and achieve infinite ROI.
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