About IntelliCharge.AI

IntelliCharge.AI, developed by AIPOWER, a dynamic Danish endeavor founded in 2022, is your gateway to pioneering sustainable energy solutions. Dive into the world of innovative, eco-friendly energy options that are making waves for a brighter future.

Discover more about our service and the platform's features to begin optimizing your energy consumption.

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How Our System Works

IntelliCharge.AI, our advanced system, analyzes electricity price forecasts, demand, and tariffs. This enables our algorithms to pinpoint the optimal moments for purchasing and storing cost-effective energy in advanced lithium batteries. When demand peaks and prices soar, this stored energy is released, contributing to grid stability by absorbing surplus electricity during low-demand periods. This not only enhances the utilization of green energy, but also generates savings for households.

Our system efficiently capitalizes on Denmark's frequent windy days and utilizes specific data, including: spot energy prices, weather forecasts, CO2 mix forecasts, Nasdaq futures, water levels in rivers, web interfaces, user profiles, hardware specifications, location details, real-time hardware data, and control settings to determine the most optimal charging plan.

Automatisk optimering af en husstand med

Our Platform

Discover our service platform, which optimizes energy consumption with an AI charging plan. With access to historical data, real-time pricing, weather, and location information, as well as details on solar energy, battery status, and usage, IntelliCharge.AI monitors and optimizes energy seamlessly.

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Customized Charging Plan

Our IntelliCharge.AI's unique approach to buying and selling electricity is customized to individual consumption patterns and solar panel power generation, ensuring a precise fit for the specific energy needs.

By closely analyzing this data, IntelliCharge.AI can optimize the purchase and sale of electricity according to the unique demands. This means efficiently charging electric vehicles during periods of low demand, utilizing the battery bank when electricity prices peak, and ensuring energy reserves are prepared for usage when required.

During the night, when electricity prices are low, the surplus power charges the battery, resulting in high battery capacity. This prepares the battery for the morning when solar panels take over, as presented in the graph.

Interested in a customized charging plan - contact us below.

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Unlock Savings of 30% on Average

Reduce your electricity bill and your CO2-emission with 30% on average.

As illustrated in the examples below from an average day in Denmark, households can experience automatic cost reduction by utilizing low-cost electricity during peak hours, cutting CO2 emissions. Thanks to the integration of IntelliCharge.AI and a battery, both small and large households can achieve this feature effortlessly.

Additionally, households have the potential to earn passive income that varies with seasons, driven by the difference in sunlight hours. Learn more in the boxes below.

Total Savings

By leveraging these benefits, households can save around DKK 6.600 annually on electricity bills, achieving up to 45% in savings without changing their daily routines.

Simply by integrating IntelliCharge.AI, households gain a significant economic efficiency, ensuring both sustainability and financial advantages for households.

Curious about our calculations? Dive into our white paper below.

White Paper

How Intellicharge.AI's Adaptive Intelligence Tailors System Behavior to Electricity Rates, Weather, and Home Load.

Presented below is an example of a typical day in Denmark, with three timeslots demonstrating how IntelliCharge.AI optimizes household energy use, generates passive income, and reduces CO2 emissions.

7.00 AM - Medium Price

Everyone gets up at this time, causing high electricity usage and creating peak demand for power. Solar panels are not generating enough energy as the sun is not up yet. In this scenario, we draw power from the battery.

1.00 PM - Low Price

The sun is at its peak, and the solar panels generates more than enough energy to meet the household's needs. The surplus energy is used to power the house and store in the battery. Due to the low electricity price at this time, excess energy is imported from the grid and stored in the battery.

7.00 PM - High Price

Everyone is at home, preparing dinner and variable charges and tariffs are at their highest. The system therefore, makes every effort to avoid purchasing electricity from the grid. Concurrently, the AI plans to sell excess energy back to the grid, maximizing earnings and savings for the household.

The Difference in
Summer & Winter Savings

Summer - Sunlight Hours & Savings

In summer, excess energy produced by PV systems is stored in batteries for use during costly hours. For instance, June offers approximately 17.5 hours of daylight. For a single day in summer, potential savings could reach DKK 13.87 (60.12%). Extending these calculations, this example household could achieve total savings of about DKK 2,600 over the season, with an average monthly savings of roughly 62.00%, by integrating a battery with IntelliCharge.AI.

Winter - Sunlight Hours & Savings

In winter, when solar panel production is reduced due to limited sunlight, the batteries enable the redistribution of energy consumption to more cost-effective hours. In January, Denmark has about 7.5 hours of sunlight. For a single day in winter, potential savings could be DKK 25.95 (54.17%). If we extend these calculations for the winter months, this example household could realize total savings of approximately DKK 4,500, with an average monthly savings of about 40.00%, thanks to the use of a battery integrated with IntelliCharge.AI.