Intelligent battery storage as a smart investment

Don't pay more for electricity than you need to. With a correctly sized battery storage system, you can use 100% of your own renewable electricity, secure your energy self-sufficiency and earn on the spot market as well.

Three power ranges of RA-100 cabinet battery storage systems cover applications in homes, communities, industry and the energy sector.

Tell us your requirements in our expert configurator and we will propose a specific battery system for you. It takes about 2 minutes, and you will receive a free proposal within 48 hours.

Go to expert configurator

Made in the Czech Republic
Built from European components
NZIA ready

RA-100 ULTRA / PLUS / ONE
Professional battery energy storage system

Long service life

Extended 10-year warranty

Hi-Tech quality

LG NMC automotive cells

Scalable capacity

100 kWh – 2+ MWh

Sustainable solution

The circular economy in practice

Three benefits for you

Safety and performance for modern operations

At the heart of the system are industrial LG Automotive Tier 1 cells with NMC chemistry, manufactured in the EU. They meet the strictest automotive and safety standards (IEC 62660-1/2/3, ISO 12405, UN 38.3), which guarantees maximum safety and a long service life even in demanding operation.

The RA-100 BMS (Battery Management System) monitors the voltage, temperature and SoH of every cell individually — in real time, with data accessible via an API or web interface.

Modular cabinet system

In a single compact 225 × 60 × 80 cm cabinet, the RA-100 battery storage system offers 100 kWh of usable (net) capacity. It can be scaled to more than 2 MWh by adding further racks, without redesigning the system.

NMC chemistry delivers higher energy density and lower weight than LFP alternatives — more energy per square metre and per kilogram. Ideal for peak shaving, maximising PV utilisation, backup power or charging EV fleets.

European quality and return on investment

A storage system developed and manufactured in the Czech Republic from European components — no customs risk and guaranteed delivery. Local service and documentation, all in full compliance with EU legislation and CE standards.

An NZIA-ready product, eligible for subsidy programmes. Our warranty terms are backed by real data from cell-level monitoring.

A cheap competing system that you replace twice a decade will cost more in the long run than an RA-100 system with guaranteed performance!

Let us advise you and design the right battery system for 2026.

Go to expert configurator

RA-100 ULTRA / PLUS / ONE

Professional battery energy storage system

The RA-100 is designed as a modular platform capable of long-term operation in high-power mode and under demanding operating conditions. Its robust construction is complemented by an integrated BMS, multi-stage protection, advanced fire protection and remote monitoring, which together ensure maximum safety, operational reliability and stable performance.

	RA-100 ULTRA	RA-100 PLUS	RA-100 ONE
Cell manufacturer	LG Chem	LG Chem	LG Chem
Capacity (gross)	112.5 kWh	112.5 kWh	112.5 kWh
Usable capacity (net)	100 kWh	100 kWh	100 kWh
Voltage	660 V	660 V	660 V
Voltage range (0–100 % SoC)	576 V – 747 V	576 V – 747 V	576 V – 747 V
Rated charge / discharge power	100 kW / 1 C	50 kW / 0.5 C	25 kW / 0.25 C
Weight	750 kg	750 kg	700 kg
Cabinet dimensions (H × W × D)	225 × 60 × 80 cm
Operating temperature range	−10 to +35 °C, non-condensing humidity
Ingress protection	IP 55, suitable for indoor and outdoor installation
Cooling	Liquid	Active	Passive
Inverter connection	CAN / RS485
Datasheet	Datasheet (PDF)

Choose a configuration and see your return on investment instantly

Select the RA-100 ULTRA, PLUS or ONE variant and adjust the electricity price to match your tariff. The calculator instantly recalculates the investment cost, annual savings, payback period and cash flow over the entire service life of the system.

Select a performance series:

Storage parameters:

Usable capacity

100kWh

Gross ~113 kWh · DoD 88%

Rated power

100kW

Liquid cooling · 1C

Acquisition cost

796,000CZK

excl. VAT

Capacity warranty

80% / 5 years

60% / 10 years

Energy performance

Total energy throughput over 10 years

The amount of energy depends on operating intensity and thermal management.
The financial breakdown is based on the electricity price you set.

Revenue · energy commodity

1,944,086 CZK

555,453 kWh × 3.50 CZK

Savings · distribution

833,180 CZK

555,453 kWh × 1.50 CZK

System lifetime

Battery state of health (SoH) over time

Prediction based on the parameters of LG Chem NMC Tier 1 Automotive cells.
Solid line = optimistic scenario, dashed line = conservative prediction.

ULTRA optimistic

ULTRA prediction

PLUS optimistic

PLUS prediction

ONE optimistic

ONE prediction

≥ 80% SOH

Guaranteed minimum after 60 months

≥ 60% SOH

Guaranteed minimum after 120 months

Here you can adjust the electricity and distribution prices. With peak shaving and PV self-consumption, the customer saves on both components.

Energy (commodity)

3.50 CZK

3.50 CZK/kWh

Distribution charges

1.50 CZK

1.50 CZK/kWh

Total effective value of 1 kWh: 5.00 CZK / kWh

Financial analysis

Cash flow and return on investment

Cumulative benefit from purchase to net profit. The tooltip shows data for the selected variant, including the estimated residual value over time.

RA-100 ULTRA

Liquid cooling · 1C

2.9 years

RA-100 PLUS

Active air cooling · 0.5C

3.6 years

RA-100 ONE

Passive · 0.25C

4.5 years

RA-100 ULTRA — an investment tool

The only variant designed for intensive daily operation. Liquid cooling, 1C, maximum ROI, predicted service life of 12–15 years.

Energy over 10 years

555,453kWh

+127% vs. RA-100 ONE

Residual value in year 10

199,000CZK

Second-life value of the cells

Predicted service life

12–15years

10-year warranty · longer with optimal operation

Guaranteed minimum SOH

80% / 5 years

60% / 10 years · contractually per GTC

How do we calculate the residual value of the system?

Component 1 — cell value

LG Chem cells make up ~65% of CAPEX

After 10 years at 75–86% SOH, second-life value is ~15–25% of the original price

Component 2 — electronics and cabinet

~35% of CAPEX · ~5–8% residual

BMS, cabling, IP55 cabinet — functional components with a long service life

Value over time

Declines in proportion to SOH degradation

Hover over any year in the chart to see the estimated current value

Warranty terms: SOH ≥ 80% after 60 months and SOH ≥ 60% after 120 months are binding under the General Terms and Conditions of 1PS Technology a.s., v. 2026. Operation above 0.5C must be agreed in the contract.
Prediction: Based on LG Chem NMC Tier 1 Automotive parameters. We continuously refine it based on data from real-world installations.
ROI calculation: Does not include installation, grid connection or service costs. Prices excl. VAT.

Why choose 1PS TECHNOLOGY

We understand batteries. That is what sets us apart.

We are experts in battery systems. We insist on technical correctness and demonstrable economic payback.

We design a system that grows with you. No overpriced investment in unsuitable capacity.

One partner for design, supply, installation and after-sales service. No handoffs between suppliers.

Our own BMS (Battery Management System) is developed and manufactured in the Czech Republic. It controls the batteries and monitors their condition down to the level of each individual cell.

Lithium NMC (nickel-manganese-cobalt) offers high energy density and proven lifespan from e-mobility. We give these batteries a second life after careful testing and certification.

Hundreds of storage systems are already in daily operation. We build on proven procedures and real references — you know who you are dealing with.

Expert Configurator

We will design a battery system tailored to your actual energy needs

Step 1 of 3 — Select project type 5 %

Step 1 · Solution type

What do you need a battery system for?

Most battery systems today are designed using outdated templates. At 1PS TECHNOLOGY, we size systems based on current market realities and actual return on investment (TCO).

Larger residences and family homes

High-capacity systems

Apartment building, municipality or community

Energy sharing · Lex OZE II

Combined residential and business use

Residential + commercial site

Industry, energy and GRID

Peak shaving · Ancillary services (SVR) · Arbitrage

Other / I need advice

I'm not sure exactly what I need — I'd like a consultation

Step 2 · Project details

Larger residences and family homes

We need to understand your energy profile to design a system with maximum return on investment.

Installed PV capacity (in kWp):

If you are only planning a PV system, please provide an estimate. This figure is key to calculating the ideal PV-to-battery ratio for maximum return.

Annual electricity bill:

This helps us estimate your consumption profile and design a system that genuinely pays for itself.

Technologies used for space heating and hot water:

This information is key to calculating the energy balance and the battery system capacity required in winter.

Advanced energy functions and smart control:

Select the functions that are key to your project. We design our battery systems for demanding residences, with an emphasis on stability and today's market realities.

E-mobility (EV):

Charging a car fundamentally changes how the battery discharges. We will design a solution that powers both the car and the house without overloading the grid connection.

Design priority:

At 1PS TECHNOLOGY, we know that an undersized system becomes more expensive in the long run. We take into account the TCO (total cost of ownership) over the entire service life.

Expected investment budget for the project:

An approximate investment level helps us select components with an appropriate service life.

Step 2 · Project details

Apartment building, municipality and community

We will design an energy-sharing system (Lex OZE II) with storage sized for your project.

Project type:

Number of connected supply points (apartments or buildings):

A basic input for designing the legal framework for energy sharing and for sizing the central storage. If you don't know the exact number, please provide an estimate.

Community energy self-sufficiency and protection against market volatility:

Configuring the system for energy sharing between members (Lex OZE II), using storage to cover expensive tariff periods.

Energy sharing:

Are you planning to share electricity between multiple supply points within the building?

E-mobility (Community EV):

Are you considering shared charging points? A correctly sized battery enables efficient energy sharing and powers shared infrastructure without the need to upgrade grid connections.

Expected investment budget for the project:

Estimated budget corresponding to the scope of energy sharing and the number of connected buildings.

Step 2 · Project details

Combined residential and business use

We design our BESS systems to ensure business continuity and home comfort at the same time.

Key operating priorities and technical requirements:

Specify the areas that define your combined project.

Estimated annual consumption of the entire site (in MWh):

Used to calculate the baseline sizing of the battery system capacity.

Existing or planned photovoltaic (PV) plant capacity (in kWp):

Enter the capacity of your existing PV system, or your plans for a new installation.

Characteristics of technological loads and inrush currents:

Information on machines with high inrush currents (motors, presses, cooling) that require inverters with high overload capability.

Advanced energy flow management and spot price optimisation:

A smart algorithm that balances business operations, the household and EV charging according to current market developments.

Expected investment budget for the project:

The financial scope of a project combining residential and commercial use.

Step 2 · Project details

Industry, energy and GRID

1PS TECHNOLOGY industrial BESS systems — from main circuit breaker optimisation to containerised solutions certified for ancillary services (SVR/GRID).

Main purpose of the system:

The primary objective determines the hardware configuration and the control logic of the energy management system (EMS). This choice is key to setting up the predictive algorithms.

Voltage level at the site's grid connection point:

A parameter required to determine the type of technology, inverters and certification for ancillary services (SVR).

Annual consumption of the site (in MWh):

The total volume of energy drawn from the grid over the last 12 months. You can find it on your annual bill. It helps us determine the optimal storage capacity (kWh).

Reserved capacity (in kW):

The reserved capacity agreed with your distribution system operator. A key parameter for calculating the payback from shaving 15-minute demand peaks (peak shaving).

Photovoltaic plant (PV):

Information about PV fundamentally changes the battery control algorithm. For industrial sites, we assess the ability to store surpluses for evening peaks or to smooth the production profile.

Site operating pattern:

Determines the cycling of the battery system and the time windows for recharging it from the grid or PV.

Data for technical audit and analysis:

15-minute interval data is the "X-ray" of your energy use. Without it, an industrial battery design is just an estimate. If you don't have it, we will help you obtain and analyse it.

Future development and technical readiness of the site:

This section helps us design a modular system. If you are planning chargers or new halls, we need to account for them in the cable routing and switchboard sizing right now.

Expected investment budget for the project:

The ranges shown are indicative and serve as a basic assessment of economic return. If you prefer implementation without an upfront investment (repaid from the revenue/savings generated), choose the OPEX option.

Step 3 · Contact details for your quote

Based on your information, we will prepare an expert assessment of your project. If the brief is clear, we will send you an indicative quote straight away — otherwise, we will contact you within 48 hours to clarify the details.

First and last name *

Please enter your full first and last name (letters only, at least 2 words)

Phone *

Please enter a valid number: +420 777 123 456 or 777 123 456

E-mail *

Please enter a valid e-mail address without diacritics (e.g. john.smith@company.com)

Additional information, questions or specific requirements

✅

Thank you! Your form has been submitted.

Based on your answers, we will prepare an expert assessment of your project. If the brief is clear, we will send you an indicative quote straight away — otherwise, we will contact you within 48 hours to clarify the details.

In the meantime, take a look at our ROI analysis for the RA-100 system.

View the RA-100 ROI dashboard

Sending your enquiry…

Intelligent battery storage as a smart investment

Three benefits for you

Safety and performance for modern operations

Modular cabinet system

European quality and return on investment

RA-100 ULTRA / PLUS / ONE

Choose a configuration and see your return on investment instantly

Select a performance series:

Storage parameters:

Total energy throughput over 10 years

Battery state of health (SoH) over time

Cash flow and return on investment

RA-100 ULTRA — an investment tool

How do we calculate the residual value of the system?

Why choose 1PS TECHNOLOGY

Expertise guarantee

Modularity and TCO

From design to service

Own BMS and EMS

Automotive NMC batteries

Proven references

Expert Configurator

What do you need a battery system for?

Larger residences and family homes

Apartment building, municipality and community

Combined residential and business use

Industry, energy and GRID

Step 3 · Contact details for your quote

Thank you! Your form has been submitted.