Molecular reactor
Generates heat and holds the mode via supply, return and air sensors.
+ATMTERM
Heat that does not
depend on fuel.
ATP-TermaRON turns 1 kWh of electricity into 3 kWh of heat. No gas, boiler room or complex approvals.
✦Scales from a private home to an industrial complex
ATMTERM
THERMAL
GENERATOR
GENERATOR
01 / 03
3.0COP · kWh heat from 1 kWh
10 kW — 10 MWpower range
36 mo.first-loop warranty
01 / Technology
One module
replaces a boiler room.
In ATM-TERM, an electric impulse triggers hydrolysis, cavitation and resonant excitation of water molecules and heats the primary-loop coolant. Automation holds the mode using supply, return and air sensors, and the heat passes into the building system through a heat exchanger.
Primary loop
A heat exchanger transfers energy to the building system without mixing fluids.
+Smart controls
ZONT GSM / Wi-Fi lets you monitor the system from your phone.
+- Hydrolysis
- Cavitation
- Resonance
Module cross-section
What a module
is made of.
A cross-section of the module. Tap a point to see each unit: the reactor shows the processes an electric impulse starts.
- 01Thermal reactorHeats the primary-loop coolant; the mode is held by sensors.
- 02Plate heat exchangerPasses heat to the building loop with no mixing of media.
- 03Control unitMode indication and module control; from a smartphone via ZONT GSM / Wi-Fi.
- 04Piping and sensorsFirst-loop piping, pressure gauge and shut-off valves: pressure and temperature under control.
02 / Product line
Three modules.
Any scale.
MODELTHERMAL POWERAREA
01ATM-TERM / 1F10–16 kWup to 100 m²↗
02ATM-TERM / 2F20–32 kW100–300 m²↗
03ATM-TERM / 3F30–100 kW300–1,000 m²↗
Modules cascade into one thermal hub — from 10 kW to 10 MW.
Applications
Where is
TermaRON used?
From private homes to industrial plants — one principle, with modular capacity sized to the task.
- 01Private houses and cottages
Autonomous heating for houses, dachas and townhouses. No coal or firewood.
- 02Apartment buildings
A solution for utilities and management companies. New builds with per-flat heating.
- 03Hotels, restaurants, malls, pools
Commercial property with high reliability requirements.
- 04Workshops and warehouses
Heating for hangars and production halls. Modules can be combined.
- 05Special safety requirements
Car services, garages, fuel depots — anywhere open flame is not allowed.
- 06Greenhouses and agriculture
Climate control for greenhouses, farms and poultry houses. No exhaust, which plants need.
- 07Sports facilities
Sports complexes, fitness clubs and out-of-town sports bases.
- 08Cultural and religious sites
Temples, churches, mosques, synagogues and other heritage buildings.
- 09Temporary sites
Construction camps, mobile field points, seasonal campsites and glamping.
03 / How it works
Heat travels
through four nodes.
ATP-TermaRON sits inside the building loop: the grid powers the reactor, then heat is distributed to the zones that need it.
ElectricityHeat supplyReturn
Thermal point diagram · simplified animation of energy flows
04 / Completed projects
Solutions that
already work.
Real TermaRON sites: area, system composition and resulting running costs.
ResidentialApartments
Kaliningrad
- Area
- 1,700 m²
- Solution
- 2 TermaRON modules (19 kWh consumption per module)
- Savings
- Monthly electricity cost — only 93,150 ₽
- Result
- Stable heating and hot water for the whole building at low running costs
CommercialShopping mall
Darna
- Area
- 1,700 m²
- Solution
- 2 TermaRON modules (19 kWh consumption per module)
- Savings
- Consumption — 20,289 kWh/month, cost — 112,806 ₽
- Result
- Even heating of a large retail space with a significant cut in energy costs
HospitalityHotel “Green Palace”
Vnukovo
- Area
- 10,080 m³, 68 rooms
- Solution
- 2 TermaRON modules (311 kW load)
- Savings
- Cost — 252,700 ₽/month instead of diesel fuel costs
- Result
- 60% cost reduction, stable heat and hot water with no fuel logistics
04Extreme climate
Filling station No. 51
Yakutsk
- Area
- 250 m²
- Solution
- 1 TermaRON module (18 kWh consumption per hour)
- Savings
- Energy use 3× lower than the calculated heat loss
- Result
- Performance confirmed at temperatures down to −43.6 °C
05Industrial
Industrial base
Simferopol
- Area
- 6,000 m²
- Solution
- 6 TermaRON modules, 100 kW each
- Savings
- Project cost — 3 M ₽ instead of 13 M ₽ for a gas boiler house
- Result
- Upgrade completed in 2 months with minimal running costs
06Agriculture
Greenhouse
Moscow region
- Area
- 1,000 m²
- Solution
- 5 TermaRON modules, 100 kW each
- Savings
- 500 kW total with only 150 kW of allocated electrical capacity
- Result
- 450 kW heat load fully covered at minimal consumption
07Retail
Pyaterochka store
Komsomolsk-on-Amur
- Area
- 450 m²
- Solution
- 1 TermaRON module (15 kW consumption)
08Sport
Sports complex
Tyumen
- Area
- 2,000 m²
- Solution
- 2 TermaRON modules (15 kW consumption)
- Savings
- Cost — 150,000 ₽
09Commercial
Shopping mall
Moscow, Rublyovskoye hwy
- Area
- 2,500 m²
- Solution
- 2 TermaRON modules for heating and hot water (30 kW consumption)
- Savings
- Cost — 216,000 ₽
Want the same? Send your site parameters and we will prepare a solution and calculation for your region.
Data from completed TermaRON projects. Costs for your site are calculated from the site questionnaire.05 / Field photos
Equipment
in the field.
Photos from sites: modules, controls and piping of the heat station.
06 / Turnkey packages
A ready system
with a clear price.
Presentation-based estimate. Final configuration depends on the heat balance, hot water and number of loops.
COMPACT
CASCADE
INDUSTRIAL
Transport, fuel storage and regional costs are confirmed from the project questionnaire.
07 / Comparison
TermaRON compared
with other solutions
Parameter
TermaRON
Electric boiler
Gas boiler
Coal boiler
Diesel boiler
Running costs
~3.6–5.3 RUB/kWhThree times cheaper than an electric boiler and half the cost of diesel. Best where there is no gas.
~10.8–16 RUB/kWh
Only where a gas main is available.
Plus delivery, storage and ash removal.
~9.6 RUB/kWh
Permits required
None.
Under 30 kW of electrical capacity.
Under 30 kW of electrical capacity.
None. Standard grid connection.
Gas supply project, approvals and commissioning are required.
No explicit permits, but a flue and a separate room are needed for the boiler and coal.
No explicit permits, but fuel storage conditions are needed (a separate boiler room).
Maintenance
Minimal.
Once a year — pre-season preparation.
Once a year — pre-season preparation.
Periodic replacement/descaling of heating elements.
Regular.
Annual service of the burner, controls and flue.
Annual service of the burner, controls and flue.
Constant.
Daily coal loading, ash removal, flue cleaning.
Daily coal loading, ash removal, flue cleaning.
Constant supervision of the burner, soot cleaning, fuel purchasing and filtering.
Safety
Very high.
No gas, pressure or open flame. Fully safe.
No gas, pressure or open flame. Fully safe.
High.
No gas, but high voltage (leakage risk).
No gas, but high voltage (leakage risk).
Medium.
Risk of gas leak and explosion, ventilation and automation required.
Risk of gas leak and explosion, ventilation and automation required.
Low.
Risk of carbon monoxide poisoning and fire, smoke and soot.
Risk of carbon monoxide poisoning and fire, smoke and soot.
Medium.
Flammable fuel, fire risk, exhaust fumes and odour.
Flammable fuel, fire risk, exhaust fumes and odour.
Installation complexity
Low.
Only a grid connection is needed; no flue required.
Only a grid connection is needed; no flue required.
Low. Grid connection; no flue needed.
High.
Gas pipeline, a separate room, building codes.
Gas pipeline, a separate room, building codes.
Medium.
Flue, boiler room, coal storage.
Flue, boiler room, coal storage.
High.
A separate place for the tank, a flue and safety measures are required.
A separate place for the tank, a flue and safety measures are required.
Additional costs
Minimal.
Periodic inspection.
Periodic inspection.
Electricity,
maintenance.
maintenance.
Gas storage and delivery costs,
maintenance.
maintenance.
Coal,
delivery, storage, ash removal.
delivery, storage, ash removal.
Fuel,
transport, storage.
transport, storage.
Cost of 1 kWh of heat at business tariffs, October 2026, Moscow and Moscow region: electricity 10.8–16 RUB/kWh incl. VAT, diesel 86.7 RUB/l (Rosstat), diesel boiler efficiency 90%. An exact calculation is made from the site questionnaire.
Calculate your project08 / Benefits
Value for everyone
responsible for heat.
TermaRON combines advanced technology with practical returns. Choose who you are — we will show what matters.
Lower costs
On large sites, savings run to hundreds of thousands a year — lowering the cost of your services and products.
Fast roll-out
No gas facilities to register and no boiler-room operators to hire. Quick installation with no gas-service approvals.
Less grid load
A module draws three times less than a standard electric boiler — no need to expand the supply or add a transformer.
Reliability
No combustible fuel, so no supply disruptions. The system holds temperature on schedule automatically.
Built for professionals
Fits heating projects of any scale and meets modern design standards.
Lower costs
Lower energy and operating costs make projects more attractive for clients.
Easy integration
A modular system for any load: a clear connection scheme and scaling without complex approvals.
Partner programme
Technical support at every stage, training, bonuses and joint projects for designers and chief engineers.
Fits any home
The compact module goes into a utility room, garage or boiler room. No chimney or separate furnace room needed.
Family safety
No gas and no burning fuel — no carbon monoxide, fire or explosion risk. No hot surfaces.
Comfort and autonomy
Heats the house quickly and holds the temperature on its own. Works with underfloor heating and a hot-water tank.
No extra grid fees
Fits within the capacity already allocated to your plot — no extra connection charges.
Why it is reliable
15+ yearsof the technology in service
100+sites
36 monthsmodule warranty
09 / Trust
Technology
proven by time.
With ATP-TermaRON you get a patented technology and a team that supports your project from calculation to commissioning.
25+ years of R&D
The developer of TermaRON technology has worked in energy saving since 1998.
Patent and awards
Utility model patent. Finalist of the “Small Energy — Big Achievements” award (2018).
Geography
100+ sites from Adler to Yakutsk: homes, residential complexes, hotels and plants.
Certification
The equipment has been tested and complies with GOST and fire-safety standards.
Clients and partners
Developers, management companies, industrial and municipal sites.
Engineering team
Engineers and the authors of the technology support the project at every stage.
Documents and awards
- PatentUtility model patent No. 12311915.06.2022
- DiplomaFinalist, “Small Energy — Big Achievements” award, up to 5 MW07.12.2018
- CertificateCertificate of conformity26.04.2019
- CertificateCertificate No. 15-56122.07.2015
- ReferenceReference on the operation of ATP-TermaRON equipment
- LettersLetters of thanks from clients
Copies of the documents are available on request together with a commercial proposal.
10 / FAQ
Frequently asked
questions.
Did not find your answer? Leave a request — an engineer will reply and calculate your site.
Ask a question ↗01Do I need permits to install it?
No special permits are required. Modules up to 100 kW are not classed as hazardous facilities and need no gas-service approvals. Installation is standard electrical work under the electrical installation code. If your power demand grows, you only agree it with the utility, as for any electrical equipment. We provide all technical documentation.
02How safe is the technology?
TermaRON creates no high pressure, uses no gas and has no open flame. Heating happens without combustion, so the typical risks of gas and solid-fuel boilers are absent.
03What maintenance is needed?
Minimal: usually one scheduled check a year before the season. No burner cleaning, fuel deliveries or complex servicing. A service engineer performs the check.
04Can it supply hot water?
Yes. The system handles both heating and hot water and works with an indirect hot-water tank and underfloor heating. We choose the connection scheme for your site.
05What about warranty and service life?
Warranty is 36 months on the module and 12 months on the ZONT controller. Design service life is 20+ years, proven on sites with harsh climates.
11 / Economics
How much heat
does your site need?
Choose the area to see a power, consumption and payback estimate.
What you replace
20 0001 000 000
505 000
Monthly saving187 600 ₽
Equipment package733 000 ₽ATM-TERM / 3F
Payback3.9 mo.
Payback scale0 12 mo.
Illustrative estimate: replacing an electric boiler, the new bill is about 33% of the current one; diesel, about 50%; an LPG tank, about 90%. We calculate the exact heat balance and payback free of charge from your site questionnaire.
Transport, fuel storage and regional costs are confirmed from the project questionnaire.
A
ATMTERM / 2026
Get an exact estimate
An ATMTERM engineer will calculate the heat balance and system configuration.