CASES

Renepoly Switzerland New Energy Project:

A Global Success Story

of a Technical Virtual Power Plant (VPP)

Project Configuration

Total Capacity: 2000kW/4300.8kWh BESS + 2859kWp Solar System + EMS

Includes two sub-microgrids:

Microgrid A：1000kW/2150.4kWh BESS + 1140kWp Solar + EMS
Microgrid B：1000kW/2150.4kWh BESS + 1719kWp Solar + EMS

The Challenge: The Dilemma of a Decentralized Power Ecosystem

Switzerland's incentives for on-site solar empower businesses and farms to generate their own power. Yet, this creates a strategic dilemma: while individually reducing energy costs, a proliferation of disconnected systems pushes against the limits of the shared grid. During a grid failure, these isolated installations cannot support each other, transforming potential energy independence into a liability—operational islands left without backup, increasing downtime risks precisely when continuity is most critical.

Our Solution:

Intelligence Through Integration for a Resilient Grid

Our pioneering Virtual Power Plant (VPP) project in Switzerland provides the answer. We seamlessly integrate multiple microgrids into a single, unified virtual power plant. Our advanced EMS doesn't just combine power; it coordinates it intelligently. This enables the integrated assets to support each other and work in harmony with the wider grid, providing true stability and resilience.

PCS

BESS Container

Load

Inverter

Core Project Value — Technology Aggregation & Intelligent Coordination

1

Intelligent Demand Management (Peak-shaving mode)

The EMS acts as the system brain, monitoring site-wide load in real time and automatically executing peak-shaving strategies. By coordinating energy between the two microgrids, it supports the distribution network, improves stability, and raises power quality.

2

Efficient Capacity Management (Capacity management)

Smart algorithms continuously optimize energy flows to ensure the most efficient and reliable operation under all conditions. State-of-charge (SoC) rules are configurable to protect batteries and prioritize safety.

Scenarios A: Lowsolar (grid supply needed)

If SOC < 10% (configurable), BESS stops discharging to protect battery health;

If SOC ≥ 10%, storage discharges across both microgrids to match total load and maintain supply.

Scenarios B: High solar (no grid supply)

While total storage is not full, batteries charge using a balanced distribution strategy to equalize cells and extend life; when full, excess PV is dispatched per grid signals, showing distributed assets can be grid-friendly and economically efficient.

3

Technical Virtual Power Plant (VPP) — Aggregation & Coordination

This project is a working VPP example: local controllers plus a cloud-enabled EMS aggregate and coordinate multiple microgrids at the HV side. It proves large-scale aggregation of distributed resources is technically feasible and provides a repeatable model for flexible, resilient grids.

A Proven Blueprint for Your Energy Future

The Renepoly Switzerland project is morethan a success story—it's a validated blueprint for intelligent, scalableenergy management. Let us show you how this proven technology can be tailoredto meet your specific challenges and objectives.

Schedule a Personalized Consultation

Connect with our experts in a one-on-one online meeting to explore the possibilities for your organization.

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