Integrated Smart Energy & Power Distribution Solutions

Transformer, switchgear, solar PV, energy storage, EV charging, smart microgrid, EPC, and line O&M support for industrial and commercial power projects.

Explore Solutions

Solutions by Project Scenario

Longxiang organizes equipment and service capability around real project needs, so overseas buyers can confirm the application, included equipment, and quotation parameters before model selection.

01

Engineering EPC

Project delivery support from solution configuration to equipment supply, installation coordination, commissioning, and handover.

  • Best fit: power distribution projects
  • Includes: transformer, switchgear, cabling and metering
  • Confirm: voltage, load, site scope and delivery boundary
02

Line O&M

Long-term inspection, maintenance, defect handling, and emergency response for operating high-voltage line assets.

  • Best fit: highways, tunnels, substations and park lines
  • Includes: inspection, maintenance and response
  • Confirm: line length, voltage level and service boundary
03

Power Distribution Integration

Transformer, box substation, high- and low-voltage switchgear, compensation, protection, and monitoring equipment for stable site power.

  • Best fit: factories, parks, buildings and substations
  • Includes: dry-type, oil-immersed, amorphous or silicon-steel transformers
  • Confirm: capacity, voltage class, installation environment and load type
04

C&I Photovoltaic

PV access, combiner, grid-connected cabinet, transformer, switchgear, metering, and monitoring support for distributed solar projects.

  • Best fit: factory roofs, parks and public buildings
  • Includes: PV combiner, grid cabinet and distribution equipment
  • Confirm: PV capacity, grid access point and monitoring need
05

Storage & Charging

Solar, wind, energy storage, EV charging, transformer, switchgear, and EMS coordination for load shifting and renewable energy use.

  • Best fit: charging stations and commercial energy sites
  • Includes: ESS, AC/DC charging, EMS and distribution
  • Confirm: charging power, storage capacity, grid limit and operation mode
06

Smart Microgrid

Source-grid-load-storage coordination for industrial parks, weak-grid areas, islands, mines, and backup power scenarios.

  • Best fit: parks, mines, islands and critical loads
  • Includes: PV, ESS, distribution, EMS and grid/off-grid control
  • Confirm: grid mode, backup duration, load priority and expansion plan

For Special-Climate Distribution Projects

For early overseas inquiries, Longxiang focuses on clear technical matching instead of public MOQ or trade-term promises. Share the environment, voltage level, project scale, and equipment scope so engineers can review feasibility.

Middle EastIndustrial parks, solar power access, commercial buildings, and charging stations where heat tolerance and low maintenance matter.
AfricaDistribution transformers, switchgear, and project-ready equipment for utility, industrial, campus, and public infrastructure needs.
Southeast AsiaCompact distribution systems, PV integration, EV charging, and grid connection equipment for fast-growing sites.
Engineering ReviewCustom specifications are available on request after voltage, capacity, load, and installation requirements are confirmed.
Solution 01

Engineering General Contracting (EPC)

Coordinate residential and commercial power distribution engineering from equipment configuration to installation, commissioning, energization, and handover.

  • Power distribution engineering for residential communities, industrial parks, and public facilities.
  • High-voltage and low-voltage switchgear, transformer, cable, metering, and auxiliary equipment configuration.
  • Integrated delivery from equipment supply through installation, commissioning, energization, and handover.
  • Kaifeng Bianjing Xihuafu project reference: RMB 31.19 million total distribution engineering investment and successful energization.
Kaifeng Bianjing Xihuafu power distribution engineering projectGrid connection cabinet for power engineering projectsTransformer equipment for power distribution engineering

Representative General Contracting References

Project examples led by residential power distribution delivery, with charging station construction as complementary project capability.

Kaifeng Bianjing Xihuafu power distribution project

Kaifeng Bianjing Xihuafu Power Distribution

The project planned 19 residential buildings, with RMB 31.19 million total power distribution engineering investment, including RMB 10 million in high-voltage and low-voltage cabinets and transformer equipment. The project has been energized.

Huaiyang industrial park charging station with photovoltaic canopy

Huaiyang Industrial Park Charging Station

About RMB 2.3 million investment with 16 dual-gun DC chargers, two 2000kVA box transformers, 200kW PV canopy, and 20kW wind power equipment.

Solution 02

Line Operation & Maintenance Projects

Provide entrusted operation, inspection, maintenance, and response support for high-voltage power supply lines serving highway stations, tunnels, substations, and critical facilities.

  • Custody and maintenance for high-voltage power supply lines across operating facilities.
  • Routine inspection, defect handling, emergency response, and safety-oriented field operations.
  • Support for toll station, tunnel, substation, and public infrastructure power systems.
  • Field experience across expressway line maintenance and 500kV substation expansion support.
Technicians maintaining high-voltage power supply line equipment500kV substation expansion project equipment
Route Custody311km

expressway power supply lines

Coverage32

toll station and tunnel circuits

Operation Coverage and Service Records

Line operation services focus on safe continuity for distributed power supply assets across long-distance highway and substation scenarios.

Expressway high-voltage line maintenance work

Expressway Line Custody

Entrusted maintenance for 311km across the Luanshuang section of Mianchi-Xixia Expressway, Luoluan-Luolu Expressway, and Yaoluan section of Zhengluan Expressway, covering 32 toll station and tunnel high-voltage supply lines.

Chongqing Jinshan 500kV substation expansion project

Substation Expansion Support

For the Jinshanling 500kV substation bay expansion, Longxiang completed delivery and on-site installation and commissioning of high-voltage circuit breakers and disconnectors in 2021.

Solution 03

Power Distribution System Integration

Configure transformers, box-type substations, high- and low-voltage switchgear, compensation, protection, and monitoring equipment as one practical distribution package for factories, parks, commercial buildings, substations, and new-energy projects.

  • Dry-type, oil-immersed, amorphous alloy, and silicon-steel transformer options can be matched by loss target, capacity, and installation environment.
  • High-voltage switchgear, low-voltage cabinets, ring main units, reactive power compensation, metering, and protection equipment support complete distribution rooms.
  • Box-type substations and outdoor integrated equipment can support photovoltaic, wind, charging, and infrastructure projects.
  • Before quotation, confirm capacity, voltage class, load type, installation environment, protection level, enclosure requirement, and destination standard.
Single-line diagram for power distribution system integration
Dry-type transformer for distribution systemsGrid connection and switchgear cabinet
Solution 04

C&I Photovoltaic Solution

Provide transformer, switchgear, distribution, grid connection, and monitoring equipment support for commercial and industrial photovoltaic projects.

  • PV power access for factories, schools, hospitals, public buildings, and commercial rooftops.
  • Grid connection cabinets, transformer systems, and switchgear for stable operation.
  • Integrated monitoring and energy management for project operation teams.
  • Flexible equipment configuration for rooftop, park-level, and distributed PV scenarios.
Industrial park photovoltaic application scenePhotovoltaic grid connection topology
PV ArrayInverterTransformerGrid CabinetGrid-ready delivery
Solution 05

C&I Wind + PV + ESS + EV Charging Solution

Integrates wind power, photovoltaic generation, energy storage, EV charging, and intelligent monitoring into one coordinated energy system.

  • Hybrid renewable energy access for wind and solar resources.
  • Energy storage support for peak shaving and renewable energy consumption.
  • EV charging station equipment with distribution and monitoring support.
  • Suitable for industrial parks, campuses, commercial complexes, and transport charging sites.
Hybrid wind, photovoltaic, storage, grid, and EV charging system topology
Containerized energy storage equipmentDual EV charging cabinetMobile monitoring dashboard for charging operations

Energy Flow and System Topology

Connect renewable generation, energy storage, transformer and switchgear systems, EV charging terminals, and monitoring platforms in one controllable architecture.

Hybrid wind, photovoltaic, storage, and charging topology diagram

Hybrid Energy Dispatch

Coordinated power flow between grid supply, renewable generation, storage equipment, and charging terminals.

Single-line electrical diagram for a smart charging energy system

Electrical Configuration

Project-level transformer, switchgear, metering, and grid connection layouts for engineering design.

Solution 06

C&I Smart Microgrid Solution

Build a controllable microgrid that coordinates distributed generation, storage, grid access, industrial loads, and EV charging demand.

  • Source-grid-load-storage coordination for commercial and industrial sites.
  • Improved power reliability for critical buildings and park-level distribution networks.
  • Flexible integration with transformers, switchgear, grid cabinets, and monitoring platforms.
  • Scalable architecture for campuses, factories, and public infrastructure.
Smart microgrid topology diagram
Grid connection cabinetDry-type transformer used in energy systems
Solution 07

EV Charging Station Construction

Combine AC chargers, DC fast chargers, high-power charging cabinets, energy storage, transformer and switchgear systems, and operation monitoring for public charging stations, industrial parks, logistics fleets, highway service areas, and commercial parking lots.

  • AC and DC charging equipment can be configured by vehicle type, site turnover, power supply capacity, and operation model.
  • Energy storage can reduce peak grid pressure and improve charging availability when transformer capacity is limited.
  • PV canopy, storage, charging, transformer, switchgear, and EMS can be combined into one station-level package.
  • Before design, confirm charger quantity, power rating, parking layout, grid capacity, billing/monitoring requirement, and future expansion plan.
Solar storage EV charging station system
Dual EV charging cabinetContainerized energy storage equipment for charging stationsMobile monitoring dashboard for charging operations

Application Scenarios

Smart energy and project service systems can be configured for multiple commercial, industrial, transportation, and public infrastructure environments.

Campus photovoltaic and smart energy application scene

Campus

Public building photovoltaic application scene

Public Buildings

Commercial complex smart energy application scene

Commercial Complex

Industrial park smart energy application scene

Industrial Park

Highway power line operation and maintenance application scene

Highway Facilities

Substation project operation support scene

Substation Projects

Engineering Capability Behind Every Solution

Longxiang's project delivery is supported by manufacturing qualifications, green factory recognition, and dedicated engineering research centers.

High-tech enterprise certificate
High-tech Enterprise
Green factory certificate
Green Factory
Enterprise technology center certificate
Technology Center
Charging station engineering technology research center certificate
Charging Research Center
Transformer engineering technology research center certificate
Transformer Research Center

Send Project Parameters for Configuration Review

For a faster quotation, share the project type, voltage level, load or capacity, grid-connected or off-grid mode, required solar/storage/charging scope, delivery boundary, and destination country.

  • Project type and application site
  • Voltage level, load demand, and capacity
  • Grid-connected or off-grid operation mode
  • Solar, storage, EV charging, transformer, and switchgear scope
  • Delivery boundary, installation environment, and destination country