- Comprehensive project management (PV, BESS)- Definition of project objectives, milestones and identification of the critical path of the project, ensuring its smooth progress, risk assessment- Analyze Development trend of solar inverter market- Providing technical proposal/solution for Utility PV/BESS projects- Pre-sale technical consultation with customers, support with configuration of PV/BESS- Technical solution verification with customer & solution optimization to ensure the leading edge- Technical training for customers and partners (providing up-to-date knowledge of Huawei Solar&BESS products)- Support for the commissioning (remote/on-site)

- Providing technical solutions for Utility PV/BESS projects- Pre-sale technical consultation with customers, support with configuration of PV/BESS- Technical training for customers and partners (providing up-to-date knowledge of Huawei Solar&BESS products)- Support for the commissioning (remote/on-site)

- Technical support to customers (technical solutions for PV projects/ troubleshooting of inverters and service issues management)- Consulting on technical questions/application of Huawei solar solutions/configuration of photovoltaic installations- Technical training for customers and partners (providing up-to-date knowledge of Huawei solar products)- Support for the commissioning of solar power plants (remote/on-site)

– Development of organization standards/documentation QMS in accordance with the requirements of GOST R ISO 9001-2015 (ISO 9001: 2015)– QMS audits (first/second/third party) participation, working with nonconformity– Interaction on quality management issues in international projects– QMS certification accordance with the requirements of GOST R ISO 9001-2015 (ISO 9001: 2015)

– Experimental laboratory bench for investigation of energy elements of wind-diesel power station– Wind wheel R&D for wind turbines adapted to the low potential wind flow

– Autonomous wind power stations design – Solar power stations design– Wind/solar-diesel power stations design– Solar and Wind Energy Resource Assessment– Optimal composition of power complex determination– Main and support equipment selection– Electricity supply volume design