LONGi Hi-MO X10 PANELS
HPBC 2.0 · MODEL STATED IN THE SPECIFICATION
The LONGi Hi-MO X10 family uses HPBC 2.0 technology. Exact power, efficiency and warranty terms are stated for the selected model and supply documents.
TURNKEY INSTALLATION
SOLAR STATIONS
FOR HOMES AND BUSINESSES
We size the system for your consumption and objective: reducing grid-energy use or backing up critical loads. The proposal defines the equipment, work scope and a site-specific calculation.
INDIVIDUAL CALCULATIONsystem capacity and scope
ENGINEER SITE VISITsite inspection
DESIGN + INSTALLATIONone accountable contractor
SCOPE IN THE CONTRACTequipment, work and terms
NO OBLIGATION
GET A PROPOSAL FOR YOUR SITE
Provide your name, phone number, site type and primary objective. Add consumption and a comment if known.
- No obligation before project approval
- Direct contact with a DETOS engineer
- Calculation and commercial proposal for your site
OR CALL
+998 97 184 00 99AFTER THE REQUEST
WHAT YOU RECEIVE
Not just a callback. DETOS prepares an engineering calculation that helps you make a decision for the site.
1
RECOMMENDED CAPACITY
System sizing for consumption, roof, land, or industrial load.
2
EQUIPMENT SPECIFICATION
Panels, inverter, batteries if needed, mounting, and warranty terms.
3
GENERATION FORECAST
Estimated solar generation and expected impact on electricity expenses.
4
IMPLEMENTATION TIMELINE
Work sequence: survey, design, supply, installation, and connection.
5
ECONOMIC ASSESSMENT
Clear comparison of current consumption and expected savings after installation.
6
COMMERCIAL OFFER
A document with project scope, DETOS responsibility, and next steps.
DOCUMENT SAMPLE
A PDF COMMERCIAL PROPOSAL — NOT JUST A CALLBACK
After the survey, you receive a document with equipment specifications, work scope, generation forecast, schedule and contract terms for your site.
REAL PROJECTS
INSTALLED BY DETOS
On-grid and hybrid stations for homes and commercial facilities in Tashkent, Bukhara and Namangan. Capacity and system type are selected for the site objective.
REAL PROJECTS. VERIFIABLE SCOPE. ONE CONTRACTOR.
SYSTEM TYPES
THREE TYPES OF SOLAR SYSTEMS
Every site is unique. We design the system for your consumption, operating mode, and backup-power requirements.
01
ON-GRID SYSTEM
An on-grid system works with the city grid. The site uses solar energy during the day, and surplus energy can flow to the grid under the current green tariff.
- Best for: homes and businesses with stable grid access
- Economics are calculated from the bill and consumption profile
- Suitable when backup batteries are not required
02
HYBRID SYSTEM
A hybrid system combines solar panels, grid, and batteries. It maintains backup power during outages and helps manage consumption through the day.
- Optimal for: businesses, homes, and sites with downtime risk
- Backup power is sized for critical loads
- Batteries and inverter are calculated individually
03
OFF-GRID SYSTEM
An off-grid system works without permanent grid connection. The project is built around load, autonomy days, batteries, and site operating conditions.
- Optimal for: remote sites, farms, and plots without grid access
- Autonomy is calculated for the site operating mode
- Requires precise battery sizing and backup logic
ON-GRID. OFF-GRID. HYBRID. WE BUILD ALL THREE.
PROJECT SCOPE
WHAT THE PROPOSAL DEFINES
The scope depends on the site and system type. The document separately lists included work, equipment and project exclusions.
GENERATION AND CONVERSION
Panels, inverter and batteries when required by the system architecture.
MOUNTING SYSTEM
Profiles, fasteners and details for the agreed roof type or ground structure.
DC AND AC CABLE ROUTES
Cables, MC4 connectors, routes and conductor sizes according to project distances and loads.
GROUNDING AND PROTECTION
Grounding, breakers, fuses and SPDs for the DC and AC sides under the approved scheme.
BACKUP LOGIC
Critical loads, batteries and ATS are included only when required by the design.
COMMISSIONING AND HANDOVER
Checks, monitoring setup, the agreed document set and service terms.
Agreed separately: roof strengthening and repair, construction work, unusual cable routes, utility work and maintenance.
EQUIPMENT
WHAT WE INSTALL
Equipment is selected after the site calculation. The offer lists panels, inverter, batteries if needed, mounting, and warranty terms.
DEYE INVERTERS
ON-GRID AND HYBRID SOLUTIONS
Inverter type, phase, input ranges and power are checked against the array, grid and backup loads. Monitoring depends on the selected model and configuration.
DYNESS BATTERIES
LiFePO4 · CAPACITY SIZED FOR BACKUP
Capacity and permitted discharge power are sized from critical loads and required backup time. BMS, voltage and inverter compatibility are checked against model documents.
MOUNTING SYSTEMS
ROOFTOP OR GROUND INSTALLATION
Material, geometry and fasteners are defined after survey and calculation. Roof capacity, wind effects and engineered details must be checked for the specific site.
PROCESS
SITE WORKFLOW
1
REQUEST
You leave your phone number and site type. An engineer contacts you to confirm consumption and objectives.
2
SITE ASSESSMENT
We inspect the roof or land, orientation, shading and electrical infrastructure. Visit terms are agreed in advance.
3
CALCULATION AND PROPOSAL
Capacity and equipment selection, generation forecast, economic assessment and schedule—all in the commercial proposal.
4
DESIGN
Detailed design with generation modelling. We support the permits and approvals required for grid connection.
5
INSTALLATION
Installation follows the agreed design. The schedule reflects scale, site readiness and equipment delivery.
6
CONNECTION AND SERVICE
We commission the system and hand over the agreed documents. Monitoring, warranty and service terms are stated by configuration and contract.
QUESTIONS AND CONCERNS
FREQUENTLY ASKED QUESTIONS
Answered by DETOS engineers. The exact estimate is site-specific: consumption, roof or land, system type, batteries and connection.
How is a solar-station proposal calculated?
The proposal is defined after analysing consumption, roof or land and backup requirements. It shows capacity, equipment, installation, connection, project exclusions and next steps without a public price.
How is payback assessed?
The economic result depends on consumption profile, selected system, actual generation, export mode and current rules. DETOS calculates a site-specific scenario and shows assumptions separately.
Can it be installed on a private home?
Yes. For a home we consider on-grid or hybrid architecture. Capacity is sized from consumption and available area; backup from critical loads, starting currents and required runtime.
What happens during a power outage?
An on-grid system shuts down when the grid fails for safety. For backup we design a hybrid system and separate critical loads; actual runtime depends on their power, starting currents and selected battery capacity.
Are batteries required?
Batteries are not mandatory for an on-grid system. In a hybrid system they provide the agreed backup; in off-grid they are central to the energy balance. Model and capacity are calculated.
How long does installation take?
The schedule depends on survey, engineering, site readiness, supply and connection procedures. Stages and dates are fixed for the specific site in the proposal and contract.
What warranties apply?
Warranties vary by model and work type. The contract separately states the manufacturer warranty for specific equipment, mounting-element warranty and DETOS obligations for completed work.
Can we pay by bank transfer?
Yes. We accept bank transfer and provide a contract and completion documents. Legal entities receive an invoice and the agreed document set.
Do you work with legal entities?
Yes. We work with legal entities and individual entrepreneurs under contract, bank transfer, specification and warranty obligations. A solar station can reduce grid energy purchases; the result is calculated from the site load profile.
READY TO SWITCH TO SOLAR ENERGY?
Get a calculation for your site: system capacity, equipment, installation timeline, and savings forecast.