Services

Eight service lines. One contractor.

Full cycle: from the grid connection application to AI-driven storage dispatch. No subcontracting chains — our own crews, lab and engineers.

Grid connection and contracting

Dozens of approvals with the DSO and the state inspectorate — handled for you. On average 30% faster than going it alone.

Application and site data collection

Technical conditions issued by the DSO

Power supply design and expert review

Construction of internal and external networks

Lab tests and energization permit

Supply contract and acceptance of connection

Who needs this

Industrial plant — capacity increase for a new production line
Developer — new connection for a residential or commercial complex
Agribusiness — connecting a grain dryer ahead of harvest season

Applications for connection and capacity increase
Technical conditions from the DSO and their optimization
Power supply design and expert review
Supply and connection contracts, supplier switch
Lab tests and the energization permit

A signed supply contract, the energization permit, and a connected site.

Output documents

Technical conditions from the DSO
Approved power supply design
Connection and supply contracts
Energization permit

Timeline: typically 3–6 months up to 160 kW, 6–12 months above

Regulatory basis: Distribution System CodeLaw of Ukraine "On the Electricity Market"Electrical Installation Rules (PUE)

How long does a grid connection take?

Typically 3–4 months for capacities up to 160 kW. Larger capacities take 6+ months depending on whether new lines or substations must be built.

Can we increase capacity without full reconnection?

Yes, if the existing grid allows. We run a preliminary analysis and file for an increase within the existing infrastructure, which significantly shortens the timeline.

Who pays for external grid construction?

Cost allocation is governed by the Distribution System Code. We help optimise the costs and supervise the DSO side of the works.

Do you help switch suppliers?

Yes, we handle the full procedure: from notification to the new contract, including settlement reconciliation.

Electrical works and reconstruction 0.4–330 kV

Lines, substations, generation. Over 1,000 km of power lines built and 7+ substations reconstructed.

Site survey and load analysis

Technical solution and budget estimate

Detailed design and expert review

Construction and installation works

Testing, relay protection setup, commissioning

As-built documentation handover and acceptance act

Who needs this

Industrial plant — substation reconstruction without stopping production
Logistics operator — new 10/0.4 kV substation for a terminal
Developer — on-site networks and metering for a commercial complex

Cable and overhead lines 0.4–330 kV
Substations: construction, reconstruction, transformer replacement
PV plants on LONGi modules, wind and hybrid sites
Relay protection, ATS, reactive power compensation
Smart metering, SCADA integration
Live work on installations above 1,000 V

An energized site with a full as-built documentation package. 24-month warranty.

Output documents

Detailed design documentation
As-built documentation package
Test and measurement reports
Commissioning acceptance act

Timeline: typically 2–8 months depending on scope and voltage class

Regulatory basis: Electrical Installation Rules (PUE)Distribution System CodeApplicable DBN construction norms

What voltage range do you cover?

From 0.4 to 330 kV inclusive. Most projects sit at 0.4–10 kV, but we hold permits and experience for 35–330 kV substations.

Do you work on live sites without stopping production?

Yes, we stage the works to minimise impact. Switchovers happen in agreed technological windows.

What is included in as-built documentation?

As-built diagrams, test reports, equipment passports, concealed-works acts, work logs, material certificates.

What warranty do you give on works?

24 months from the commissioning act. Equipment carries the manufacturer warranty.

Technical audit and maintenance

Our own certified electrical lab: results carry legal weight with the state inspectorate.

Scope agreement and site access

Thermal imaging under operating load

Laboratory measurements: insulation, loops, grounding

Power quality logging 24–72 h

Defect ranking and remediation budget

Report handover and action plan

Who needs this

Industrial plant — switchgear and transformers older than 15 years
Retail chain — annual thermal imaging across the store network
Logistics operator — pre-purchase due diligence of a warehouse facility

Thermal imaging under load
Insulation resistance, fault-loop impedance, grounding
Power quality analysis 24–72 h
Report: defects by criticality + budget to fix

A risk map of your power facilities and an action plan with costs.

Output documents

Certified measurement protocols
Thermal imaging report
Defect list ranked by criticality
Remediation budget and action plan

Timeline: typically 2–4 weeks per site

Regulatory basis: Electrical Installation Rules (PUE)Rules for technical operation of consumer electrical installationsDistribution System Code (power quality parameters)

How often should a technical audit be done?

Every 3 years for commercial sites, annually for industrial sites with equipment older than 15 years. Thermal imaging — annually.

Does the audit require shutting equipment down?

Thermal imaging runs on live, loaded equipment. Laboratory measurements need short outages of individual sections.

What do we get as a result?

A structured report with photos, thermograms, measurement protocols, defects ranked by criticality and an indicative remediation budget.

Is your laboratory certified?

Yes, the laboratory is certified and our specialists hold electrical safety groups IV and V.

Electricity supply

NEURC license. A tariff tailored to your load profile, with trading on the day-ahead market (DAM), the intraday market (IDM) and the balancing market.

Load profile and consumption analysis

Commercial offer with tariff structure

Supplier switch notification and registration

Supply contract signing

Scheduling and DAM/IDM trading start

Monthly analytics and settlement reconciliation

Who needs this

Industrial plant — shift schedule fits time-of-day price spreads
Retail chain — single supplier switch across dozens of stores
Agribusiness — seasonal load needing flexible payment terms

Purchasing on DAM/IDM within NEURC Resolution No. 70 caps
Schedule submission and adjustment in NPC Ukrenergo MMS
Imbalance minimization through accurate forecasting
Monthly analytics by time-of-day zone, API access

A competitive tariff and 24/7 control. 32 clients already earn as prosumers.

Output documents

Electricity supply contract
Monthly consumption analytics by time-of-day zone
Settlement reconciliation acts
Imbalance reports

Timeline: supplier switch typically up to 30 days

Regulatory basis: Law of Ukraine "On the Electricity Market"Commercial Metering CodeNEURC resolution on DAM/IDM price caps

How does switching suppliers work?

Up to 30 days. We handle all communication with the previous supplier, the DSO and the commercial metering administrator. No supply interruption.

What is the minimum volume for a contract?

Recommended from 1 MWh per year (average consumption from roughly 50 kW). Smaller volumes — case by case.

Are deferred payments possible?

Yes, we offer flexible payment schedules fixed in the contract, depending on volumes and payment history.

How is power quality controlled?

Quality parameters are set by the Distribution System Code and controlled by the DSO. In case of violations we help file a claim and obtain compensation.

Outsourced chief power engineer

A team of engineers instead of a single in-house role — at 40–60% lower cost.

Facility audit and scope definition

Contract with responsibility and authority matrix

Takeover of metering and reporting

Representation before DSO and supplier

Monthly reporting and consumption forecasting

Modernization planning and scope extension

Who needs this

Industrial plant — chief power engineer retiring, no in-house replacement
Retail chain — many sites, no dedicated energy staff
Developer — energy management of a commissioned commercial property

Metering, forecasting, reporting
Representation before the DSO and regulators
Equipment condition monitoring
Modernization planning

The chief power engineer function covered, with a monthly report.

Output documents

Service contract with responsibility matrix
Monthly energy report
Consumption forecast
Modernization plan with budget

Timeline: onboarding typically 2–4 weeks, then ongoing service

Regulatory basis: Electrical Installation Rules (PUE)Rules for technical operation of consumer electrical installationsDistribution System Code

What exactly does the outsourced role include?

Metering, reporting, DSO and supplier liaison, equipment condition control, consumption forecasting, modernisation planning.

How often do your specialists visit the site?

From weekly to monthly visits. Metering and reporting mostly run remotely with on-demand visits.

Do you take responsibility for decisions?

Yes — responsibility and authority are fixed in the contract. We act on the client side within agreed competencies.

Can we start with a minimal package?

Yes, adoption is staged: start with metering and reporting, then extend the scope.

Battery energy storage systems (BESS)

Official AlphaESS dealer and service partner: from 15 kWh to 5 MWh, LFP, up to 8,000 cycles.

Load profile and DAM price analysis

Feasibility study and system sizing

Design and grid approvals

Supply, installation, commissioning

AI dispatch setup: DAM arbitrage, peak shaving

Acceptance tests and service handover

Who needs this

Industrial plant — peak shaving to cut contracted demand charges
Agribusiness — backup power for an elevator during outages
Logistics operator — DAM arbitrage on the night–peak price spread

BESS payback calculator

Sizing to your profile: STAX G2, STORION-H30/H50-G3, TB125/TB150, Aster TB250/TB500, Aster 5000
Installation, commissioning, factory warranty + our service
AI dispatch: DAM arbitrage + peak shaving
Backup: ≤ 20 ms switching with STS

Typical C&I project payback — 2–3 years. Check yours in the calculator.

Output documents

Feasibility study with payback model
Design documentation
Commissioning and test reports
Acceptance act and service contract

Timeline: typically 2–4 months from order to commissioning

Regulatory basis: Distribution System CodeLaw of Ukraine "On the Electricity Market"Electrical Installation Rules (PUE)

What is the realistic payback of a BESS?

With a managed profile (night charging, peak discharge, peak shaving) typical C&I payback is 3–5 years. Run your scenario in the calculator on the BESS page.

What warranty do AlphaESS systems carry?

5 years on the system and 10 years on the battery. Service is performed by our AlphaESS-trained engineers.

How do they handle winter?

Liquid-cooled systems operate from −20…−40 °C depending on the model; thermal management preserves capacity in heat and frost.

JCvision EV charging stations

Official JCvision distributor: AC and DC stations from 12 to 480 kW — factory-direct, no middlemen.

Traffic assessment and station sizing

Grid capacity check or new connection

Design and placement approvals

Installation and OCPP billing integration

Testing and commissioning

Service handover and remote monitoring

Who needs this

Retail mall — DC fast-charging hub in customer parking
Fuel station network — 150–480 kW DC chargers along highways
Logistics operator — depot charging for an electric delivery fleet

EV chargers page

Sizing to traffic: fuel stations, malls, parking lots, fleets
Grid connection and design handled in-house (see service 01)
OCPP billing integration
Warranty and post-warranty service by our engineers

A turnkey charging hub from capacity to billing.

Output documents

Technical conditions (if connection required)
Design documentation
Commissioning acceptance act
Warranty and service contract

Timeline: typically 1–3 months, longer if a new grid connection is needed

Regulatory basis: Electrical Installation Rules (PUE)Distribution System CodeOCPP protocol compliance

What charger power ratings are available?

From 12 kW AC to 480 kW DC. We size for the location traffic: retail, logistics, fuel stations, hotels, office parking.

Who services the stations after installation?

Our JCvision-trained engineers: warranty and post-warranty service, remote diagnostics, spare parts stocked in Ukraine.

JCvision professional LED screens

Outdoor/indoor screens P1.5–P10, video walls, media facades. Supply, installation, content systems.

Viewing distance and pixel pitch selection

Structural and power supply design

Placement approvals and permits

Supply, installation, connection

Content system setup and staff training

Acceptance act and service contract

Who needs this

Retail mall — media facade replacing static outdoor advertising
Developer — video wall and signage in a business-center lobby
Municipality — outdoor information screens on city squares

LED screens page

Pixel pitch matched to viewing distance
Structure, power, approvals
Controllers and video content software
Service: modules, firmware, 24/7 diagnostics

A screen that runs for years — with someone to service it.

Output documents

Design documentation (structure and power)
Installation and acceptance act
Warranty and service contract
Operator training materials

Timeline: typically 4–10 weeks from order to launch

Regulatory basis: Electrical Installation Rules (PUE), power supply sectionLocal outdoor advertising placement rulesApplicable DBN structural norms

What LED screen formats do you supply?

Outdoor and indoor screens with P1.5–P10 pixel pitch: media facades, video walls, digital signage, scoreboards. Controllers and content software included.

Do you handle installation and connection?

Yes, turnkey: steel structure design, power supply, installation, content setup and staff training.

In-house certified crews · photo slot crews/01

Who we help

Industrial enterprises

Plants, production complexes, processing. Grid connection, internal network reconstruction, electricity supply, outsourced chief power engineer.

Commercial real estate & logistics

Business centres, malls, office complexes, warehouses and terminals. Audit, maintenance, profile optimisation, supply.

Municipal infrastructure

Water utilities, district heating, city facilities. Reconstruction of ageing networks, comprehensive audit, electricity and gas supply.

Agribusiness

Elevators, livestock complexes, processing. New capacity connections, transformer substations, backup power, BESS.

Not sure which service to start with?

Describe the task in your own words — our engineers will put together the right scope.

Talk to an engineer→