Planning photovoltaic panels, a heat pump, an electric-vehicle charging station, an energy audit, thermal imaging, battery storage or a smarter way to control a building's energy use? Prestari Servicii receives the request, clarifies the property, existing systems, objectives, available documents and location, then directs it to a suitable independent provider or authorised professional.
Requests can be assessed for homes, apartment buildings, offices, shops, hotels, farms, warehouses and industrial properties anywhere in Romania. The provider confirms the technical solution, qualifications, grid or building requirements, equipment, project stages, travel, availability and price before the service is accepted.
Prestari Servicii is a coordination and contact point. It does not issue energy certificates, design electrical systems, install equipment or promise access to a public funding programme in its own name. Regulated work is directed only to professionals or companies that declare and can demonstrate the relevant authorisations, attestations or rights to perform it.
You can submit a request during the day or at night. Tell us the locality, property type, objective, current electricity and heating systems, available roof or land area, approximate consumption, desired timing and whether you already have bills, plans, technical documents, photographs or an existing offer.
Requests are handled 24/7, but an inspection, authorised specialist, installer, auditor, grid procedure or funding opportunity is not guaranteed until the actual project is reviewed. The relevant provider confirms what can be done, what data or approvals are required and when the next step can be scheduled.
Electrical panels, inverters, batteries, charging stations, heat pumps and building systems involve electrical, mechanical, refrigerant, fire and structural risks. Do not open live equipment or improvise connections. For smoke, fire, electric shock, burning smells, exposed live conductors or another immediate danger, isolate the area only if this can be done safely and contact the appropriate emergency or network service.
Call, send a WhatsApp message or complete the form with the locality, building type, current systems, energy objective, photographs and preferred period.
We identify available bills or measurements, roof or land area, electrical capacity, heating distribution, insulation condition, parking, access, ownership documents and whether an audit or site visit is needed.
The request is directed to photovoltaic installers, heat-pump specialists, authorised electricians, energy auditors, EV-charging providers, automation specialists or other independent professionals relevant to the project.
The provider checks the site, sizing, compatibility, permits or grid steps, equipment, labour, documentation, schedule, limits, warranties and price.
The work proceeds only after the proposed solution, responsibilities, equipment, documentation, payment stages and written commercial conditions are understood and accepted.
Explore the dedicated pages for the energy services already published. Each page provides deeper information about assessment, equipment, installation, documentation, maintenance and the professional boundaries of that service.
Photovoltaic systems for homes, businesses, warehouses and farms, including site assessment, inverters, protections, batteries, installation and prosumer-related steps across Romania.
View photovoltaic servicesAir-to-water, air-to-air, ground-source, water-source and hybrid projects, including sizing, integration, installation, controls, maintenance and diagnosis across Romania.
View heat pump servicesBuilding energy performance certificates, audits, envelope and systems assessment, thermography and renovation scenarios through certified auditors across Romania.
View energy audit servicesA good energy project starts with the building's real needs, not with a product selected before consumption, structure and existing systems are understood.
Clarify whether the priority is lower electricity bills, efficient heating and cooling, backup during outages, electric-vehicle charging, regulatory compliance, better comfort, reduced emissions or a staged renovation.
Monthly and seasonal electricity, gas, fuel or heat use helps size systems responsibly. A yearly total alone may hide peaks, night-time demand, business operating hours or winter heating loads.
The provider may need the connection type, contracted power, main protection, distribution board, cable routes, earthing, available phases and information from the distribution operator.
A heat pump or heating upgrade should not be sized without considering insulation, windows, air leakage, heated volume, design temperatures and the existing heating distribution system.
Photovoltaic orientation, shading, structural condition, roof covering, land availability, technical-room space, ventilation and access affect the feasible solution.
Some properties benefit from an ordered sequence: measurements and audit, envelope improvements, electrical upgrades, efficient heating, renewable generation, storage and smart control. Not every project needs all stages at once.
Photovoltaic projects can range from a small residential system to commercial self-consumption, storage and more complex production-and-consumption configurations. The provider must size the solution using the site and load, not only the client's roof area.
Requests may involve panels, mounting structure, inverter, protections, monitoring, cabling, earthing, commissioning and the documents included by the selected provider.
Businesses may require load analysis, larger roof or ground systems, multiple inverters, export control, monitoring, protection studies and coordination with operating schedules.
The roof condition, waterproofing, covering, fixing points, wind and snow loads, access and future maintenance must be considered before installation. Roof repairs should be completed before panels cover a defective area.
The proposal should identify inverter type, DC and AC protections, surge protection, isolation, monitoring, cable routes and integration with the existing installation.
Storage can support self-consumption, selected backup loads or energy-management strategies. Capacity, power, usable energy, cycle assumptions, location, temperature, fire protection and compatible equipment must be clarified.
Where applicable, the installer and authorised professionals clarify technical documentation, commissioning, metering, distribution-operator procedures and the client's responsibilities. Prestari Servicii does not promise prosumer status or a completion date controlled by another institution.
Requests may include visual inspection, cleaning where appropriate, electrical checks, thermal inspection, monitoring review, fault diagnosis and inverter or component service, subject to manufacturer and provider conditions.
A heat pump must be matched to building heat loss, climate, supply temperature, emitters, domestic-hot-water needs, electrical capacity and the user's operating expectations.
These systems can serve underfloor heating, fan coils, radiators designed for lower temperatures and domestic hot water, depending on design and actual building conditions.
Efficient air-conditioning systems can provide heating and cooling for suitable spaces. Capacity, low-temperature performance, indoor-unit placement and defrost behaviour matter.
More complex systems can involve boreholes, ground loops, water conditions, design, permits and specialist contractors. They are not presented as ordinary installations.
The provider should check required flow temperatures, radiator size, hydraulic layout, controls, buffer storage and whether a hybrid or staged solution is more appropriate.
Requests may include new underfloor heating, manifolds, pumps, balancing, mixing, zoning and controls. Floor build-up and design must suit the property and finish.
The proposal should state what the system will provide, operating temperatures, tank configuration, summer cooling method, condensation control and control strategy.
Support may include error diagnosis, hydraulic checks, controls, sensors, filters, pumps, refrigerant-related work by qualified personnel and performance optimisation.
A charging point is part of an electrical installation. Vehicle, charger, cable route, existing capacity, user access and the required charging pattern must be considered together.
Requests may concern a wall-mounted charger in a house, garage or private parking space, with suitable circuit protection, cable sizing, earthing and user controls.
Projects may require owners' approvals, common-area routes, load management, metering, access control, fire-safety considerations and coordination with the building's electrical capacity.
Companies, hotels, offices, shops and fleets may need multiple points, user identification, billing, dynamic load management, monitoring and expansion planning.
The provider confirms whether normal or high-power AC charging is suitable and whether a DC solution is technically and commercially justified. Higher power may require significant grid and equipment work.
Smart control can limit charging according to the building's available power, other consumption and multiple vehicles, reducing the risk of exceeding capacity.
A new connection or increased capacity may be necessary. The authorised provider and distribution operator determine the applicable technical and procedural steps.
Energy certification and auditing are regulated professional activities. Requests must be directed to an appropriately attested energy auditor for buildings.
A certificate describes the calculated energy performance of a building or building unit according to the applicable methodology. The auditor confirms the required documents, inspection and permitted scope.
An audit can analyse the building envelope and technical systems and propose improvement packages. The report, calculations and professional responsibility belong to the attested auditor.
Thermography can help identify temperature differences, possible thermal bridges, missing insulation, moisture patterns, air leakage or electrical heating, but interpretation depends on conditions and professional context.
Where available, testing can quantify air leakage and support diagnosis of comfort, condensation or energy-performance problems. Preparations and interpretation must be agreed.
Temporary or permanent measurements may reveal load peaks, standby consumption, heating behaviour and operating patterns before investment decisions.
Measurements can support baseline assessment, quality checks and comparison after improvements, without replacing contractual testing or statutory certification where required.
Solar thermal systems use solar energy for hot water or, in selected designs, heating support. They are distinct from photovoltaic panels, which produce electricity.
Requests may include collectors, mounting, pumps, controls, heat exchangers, storage cylinders, expansion, protection and integration with another heat source.
System size depends on users, daily profile, seasonal use, tank temperature, recirculation and backup source. Oversizing can create stagnation or overheating problems.
The provider should define hydraulic connections, control priority, storage configuration and how the existing heat source operates when solar energy is insufficient.
Support may include pressure, pumps, controls, fluid condition, expansion, valves, sensors, insulation and collector condition, according to system design.
Pipe insulation, recirculation control, efficient storage and reduced waiting time can matter as much as the heat source in larger buildings.
Backup power and energy storage must be designed around critical loads, required autonomy, switching method, safety, location and maintenance.
Projects can support photovoltaic self-consumption, peak management or selected backup loads. The proposal should define usable capacity, output, backup circuits and operating mode.
Homes, offices, IT rooms, communications and equipment may need uninterruptible power for seconds, minutes or longer. Load type, power quality and runtime must be known.
Generators can support longer outages, but require fuel, ventilation, exhaust, noise management, maintenance and safe transfer arrangements.
Not every circuit should necessarily run during an outage. The provider may create a dedicated backed-up distribution for essential lighting, communications, refrigeration, pumps or business equipment.
Batteries, UPS units, generators and transfer systems require periodic inspection and testing. A system that has not been maintained may fail when it is needed.
Measurement and control can reduce waste and improve comfort, but automation must be based on reliable sensors, correct installation and a clear operating strategy.
Monitoring by circuit, tenant, floor, production line or technical system can reveal where energy is used and support accountability.
Room or zone control, schedules, weather compensation, thermostats and hydraulic balancing can improve comfort and avoid unnecessary operation.
Energy-management systems may shift charging, battery use, hot-water production or selected loads according to solar generation and building demand.
Providers may offer dashboards, fault alerts, performance trends and remote support, subject to connectivity, platform terms and data access.
Compatibility, open protocols, cybersecurity, user permissions and long-term support should be considered before selecting a closed ecosystem.
Renewable-energy equipment cannot compensate efficiently for every defect in the building envelope. Roof, façade, windows, airtightness and insulation can materially affect heating and cooling demand.
This parent page explains the relationship but does not duplicate the dedicated national page for roof, waterproofing and thermal-insulation works. For façade insulation, attic insulation, roof repairs, waterproofing and related exterior work, use the dedicated roofing, waterproofing and thermal insulation service.
An auditor or designer may recommend an order of measures so that equipment is not oversized before heat-loss improvements are completed.
For photovoltaic panels, heat pumps, storage, efficient hot water, home charging, controls and energy-performance improvements.
For common-area energy, roof photovoltaic opportunities, charging infrastructure, audits, façade projects and technical systems requiring collective decisions.
For self-consumption, heating and cooling, charging for clients or fleets, monitoring and operational-energy reduction.
For larger roofs, three-phase loads, production profiles, backup systems, heating, ventilation, compressed schedules and staged investments.
For generation, pumps, refrigeration, workshops, accommodation, irrigation-related loads and resilient supply, subject to site and grid conditions.
Requests may involve audits, renovation planning, renewable systems and charging infrastructure. Procurement, funding and public-sector procedures remain with the responsible institution and professionals.
State the locality, county, building use, ownership or management role and whether the request is for one property or a portfolio.
Where possible, provide recent electricity, gas, fuel or heat consumption, tariffs and seasonal patterns. Remove unnecessary personal and payment data.
Describe electrical supply, heating source, radiators or underfloor heating, hot-water storage, ventilation, air conditioning, photovoltaic equipment or backup power.
Send roof or land views, electrical panel area, heat source, parking, technical room, pipe routes and access, without opening dangerous equipment.
Clarify whether you are researching, budgeting, preparing funding, replacing failed equipment or ready for a technical offer.
Mention plans, energy certificates, audit reports, connection documents, protected-building status, shared ownership, roof rights, permits or known grid limitations.
Requests can be assessed in all Romanian regions. Providers may work locally or travel between counties when project size, specialisation, route and schedule justify mobilisation.
National projects may involve survey travel, design coordination, accommodation, equipment transport, scaffolding or lifting, commissioning visits and later maintenance. These must be included or excluded clearly before acceptance.
The presence of a county in the coverage list means a request can be reviewed and routed. It does not mean every service or specialist is permanently available there.
Counties are listed once by region to explain the national request area without repeating service keywords.
Bucharest and Ilfov County.
Argeș, Călărași, Dâmbovița, Giurgiu, Ialomița, Prahova and Teleorman.
Dolj, Gorj, Mehedinți, Olt and Vâlcea.
Brăila, Buzău, Constanța, Galați, Tulcea and Vrancea.
Bacău, Botoșani, Iași, Neamț, Suceava and Vaslui.
Alba, Bistrița-Năsăud, Brașov, Cluj, Covasna, Harghita, Hunedoara, Mureș, Sălaj and Sibiu.
Arad, Bihor, Caraș-Severin and Timiș.
Maramureș and Satu Mare.
The provider confirms site visits, project start, travel conditions and the services available in the specific county.
Public programmes, eligibility rules, budgets, deadlines and validated-provider lists can change. Prestari Servicii does not guarantee funding, approval or reimbursement.
Where a client is interested in a specific programme, the request should be checked against the current official rules and the provider's actual status. A company suitable for a private project is not automatically validated for a particular funding programme.
Grid connection, increased capacity, metering, prosumer procedures and commissioning may involve the distribution operator, authorised electricians, designers, installers and the client. The proposal should state who prepares and submits each document and which stages are controlled by third parties.
Energy certificates and building audits must be performed and signed by appropriately attested energy auditors. Electrical design and execution must be performed within the professional authorisation applicable to the work.
There is no universal price for an energy-efficiency project. Cost can depend on assessment, design, system capacity, equipment brand and model, installation complexity, roof or ground works, electrical upgrades, hydraulic works, cable and pipe distances, lifting equipment, grid procedures, travel, commissioning, monitoring, maintenance and documentation.
A quote should distinguish equipment, labour, design, protections, structure, accessories, transport, installation, testing, commissioning, documents, excluded works and optional items. Compare alternatives on an equivalent scope rather than only on the headline equipment price.
The provider confirms payment stages, lead times, product and workmanship warranty terms, maintenance requirements and responsibility for third-party procedures. Prestari Servicii does not invent warranty, savings or payback claims.
Generation, heating, charging, storage, audits and controls can be clarified together before the request is divided among the required specialists.
A photovoltaic request, a heat-loss problem, an energy certificate and an EV charger are not sent automatically to the same provider.
Requests can be assessed anywhere in Romania, while actual travel, capacity and project timing are confirmed by the provider.
Authorised electrical work and attested energy auditing are identified as professional responsibilities, not ordinary general services.
Consumption, site conditions and objectives are clarified before a brand or system is treated as the answer.
The page creates a clear structure for dedicated photovoltaic, heat-pump, charging, audit, storage and automation pages without publishing thin duplicates now.
The page covers photovoltaic systems, heat pumps, EV charging, energy audits and certificates, thermography, solar hot water, storage, backup power, monitoring and related project coordination.
Requests can be submitted from any county. The relevant provider confirms whether it can inspect, design, install or service the project in that locality.
No. Prestari Servicii clarifies and routes the request to independent providers or authorised professionals. The provider assesses, contracts and performs the work.
Yes. Send electricity consumption, location, roof or land photographs and your objectives. The installer confirms sizing, compatibility, protections, backup functions and grid steps.
A request can be clarified, but funding rules and validated-provider lists change. Eligibility and the provider's status must be checked against current official information. Funding is not guaranteed.
Sometimes, but suitability depends on heat loss, required water temperature, radiators or underfloor heating, electrical capacity, hot-water demand and building condition.
It may be possible, subject to ownership or approvals, cable route, common areas, electrical capacity, metering, access and the provider's technical solution.
An energy performance certificate must be prepared by an appropriately attested energy auditor for buildings, within the professional scope permitted by law.
No. Thermography is a diagnostic measurement that can support an investigation. A formal audit includes broader calculations, analysis and professional reporting.
The roof should be structurally and technically suitable and should not need imminent repair. Defective covering or waterproofing should be addressed before panels obstruct access.
Yes. Requests can cover self-consumption, larger loads, heat pumps, charging, monitoring, storage and staged energy improvements for commercial or industrial properties.
Not automatically. The provider checks whether switchboard, protection, cable, earthing, connection capacity or grid changes are needed and states them in the proposal.
Prices depend on assessment, design, capacity, equipment, installation, electrical and hydraulic work, access, documentation, travel and commissioning. A meaningful offer requires site and consumption details.
Warranty depends on the equipment, manufacturer, provider, installation, maintenance and written contract. Prestari Servicii does not promise warranty terms on behalf of the provider.
Yes. An audit or coordinated assessment can help order insulation, heating, photovoltaics, storage, charging and controls so systems are not selected independently.
Send the locality, building type, objective, recent consumption, existing systems, roof or parking photographs, available documents and preferred time frame.
Send the locality, property type, objective, recent consumption, photographs and available documents. We clarify the request and try to connect you with the appropriate authorised provider, installer or energy auditor for the next step.
