Economic feasibility study and
intelligent storage strategy
from a single source

We analyze your battery project individually. From self-consumption and peak shaving to participation in the balancing energy market, you will receive a clear assessment of when your investment will pay off and which storage size is right for your business. This keeps planning and implementation predictable and transparent.

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The challenge:
When does battery storage really pay off?

Battery storage systems are technically attractive, but high grid connection costs, unclear amortization calculations, and complex system integration make planning challenging.
Without a thorough analysis, the economic risk remains high.

High investment costs

Expanding the grid or storage facilities ties up capital and significantly extends the payback period.

Uncertain economic viability

Load profiles, tariffs, and subsidy conditions are changing—without simulation, it is difficult to assess the economic benefits.

Complex system integration

Storage systems must be precisely coordinated with PV, charging infrastructure, and energy management in order to realize their full potential.

Lack of transparency in operations

Without monitoring and control, potential savings remain untapped and risks undetected. Some text inside a div block.

The CLEMAP solution:
From analysis to profitable storage integration

CLEMAP combines analysis, control, and monitoring in one system. We analyze your load profile, simulate economic efficiency, and optimally dimension the battery storage system. CLEMAP Load Management and Floem intelligently integrate your BESS—for self-consumption optimization, peak shaving, or participation in flexibility markets. This makes your storage project technically stable, economically profitable, and future-proof.

Image rights: Mobility Cooperative

Manufacturer-independent

Economically optimized

Peak shaving

Integration into PV systems

Transparent control

Optimal connection to charging infrastructure and buildings

"After more than 1.5 years of meticulous planning, our battery storage facility with charging infrastructure is finally up and running. The project in Dierikon is a major milestone for AVIA VOLT and a real step forward for sustainable energy systems in heavy-duty transport."

Daniel Spiri
Product Manager for Large Batteries and Project Manager for HPC, AVIA VOLT

These customers rely on CLEMAP with BESS

Flexible licenses for complex BESS projects

Choose the right license—from simple power limitation to intelligent fast charging with battery storage.

Optimization of own consumption

EVO maximizes self-consumption and cushions load peaks—without market connection.

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  • Maximizing self-consumption without external market connection
Own consumption + grid services

BALANCE enables storage to be used economically and to participate flexibly in the grid control market.

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  • Everything from EVO
  • Connection to SDL pool (BKW, CKW, VGT)
More charging power thanks to battery

BOOST uses battery storage as a power booster for charging stations and enables high charging capacities without expanding the grid.
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  • Everything from EVO
  • BOOSTER module on charging stations
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Practical example:
How a charging park with battery storage and load management became a high-performance hub

In a practical project, CLEMAP upgraded an existing charging park from a kilowatt to a megawatt-capable charging infrastructure using battery storage and intelligent load management—without costly grid expansion. The combination of storage, dynamic power control, and targeted use of peak loads enabled more vehicles to be charged at high power at the same time, reduced grid fees, and significantly improved the site's economic efficiency.

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Image rights: Mobility Cooperative
Image rights: Avia Volt

Are you planning a battery project?

We analyze your battery project individually and are happy to advise you.

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