Turnkey SKID station for energy storage systems
HOPEWIND HPPS 3000B String PCS Turnkey Station is designed for large BESS projects where battery clusters, PCS conversion, PV generation, renewable energy sources and the grid must operate as one coordinated system. It supports commercial, industrial and utility-scale energy storage applications.
How this model supports the project
HPPS 3000B is suitable for projects where the BESS must serve larger loads, intensive PV operation or a more demanding production profile. The string PCS turnkey SKID architecture helps build a scalable system without designing every component from scratch.
Main benefits for the investor
- String PCS Turnkey Station architecture for BESS projects,
- string PCS modules working with battery clusters,
- integration with PV, renewable energy sources, the grid and facility loads,
- support for peak shaving, load shifting, backup power and power balancing,
- PQ, VF and VSG operating modes with grid-forming functionality,
- modular design that helps reduce single-point-of-failure risk,
- BMS and EMS communication for large energy storage projects.
Energy independence
In facilities where downtime means lost production, energy independence is part of risk management. HPPS 3000B can work in a system designed to reduce the impact of grid failures, electricity price spikes, war, armed conflicts, sanctions and power supply limitations.
PV self-consumption
For larger PV systems, generation alone is not enough. The goal is to turn solar production into usable on-site energy. HPPS 3000B supports self-consumption, surplus storage, reduced export and better use of energy when the facility needs it most.
Why buy from Kon-TEC
Kon-TEC supports the integration of inverters, batteries, transformer, EMS and protection devices. We help prepare systems for manufacturing, PV farms, agriculture and industrial infrastructure.
- support in selecting the right SKID station for the energy profile of the site,
- cooperation with installers, investors and EPC partners,
- experience in LiFePO4 and energy storage systems,
- support for self-consumption, peak shaving and backup strategies,
- system-level approach covering BESS, EMS, protection, renewables and integration.