Standardized and modular scalable from 30 kw up to several MW. Plug-and-play integration of renewable energy in off-grid and ongrid applications

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2 + Standardized and modular scalable from 30 kw up to several MW Plug-and-play integration of renewable energy in off-grid and ongrid applications Own hardware and software engineering for optimized performance, durability and continuous cost reduction Based on lithium-ion technology or aqueous-hybrid-ion technology Pre-installed and factory tested Smart control with integrated energy and micro-grid management, and ongrid functionality Remote monitoring and control

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4 Hybrid controller Lean storage solution High-capacity solution RE share / Fuel saving: 5% - 20% RE share / Fuel saving: 20% - 50% RE share / Fuel saving: 50% - 100% Load curve Diesel operation PV operation Battery operation

5 Housing Developed and engineered by QINOUS Batteries Battery inverter DC and AC system Temperature management Micro-grid management and monitoring Via locally active EPC, IPPs and Project Developers

6 Standardized Modular Pre-installed Factory tested Modular and scalable standardized platform concept Lithium-ion or aqueoushybrid-ion battery technology Grid-forming bi-directional battery inverter incl. filters, switch gear and transformer Optimized HVAC concept Cost-effective Plug-and-Play Easy to install Easy to use High reliability Integrated lean QINOUS energy and micro-grid management including remote monitoring Fully enclosed and insulated ISO shipping container housing

7 Power (kva) Capacity (kwh) Dimensions (LxWxH) M: 2.0 x 1.5 x 2.5 L: 2.8 x 1.5 x , , x 2.5 x x 2.5 x 2.9 Weight (tons)

8 Integration of diesel generators, PV inverters, wind turbines and deferrable loads Remote monitoring and control via GSM / internet User-friendly HMI interface Frequency and voltage control Reactive power control Battery and load management Emergency power provision Communication protocols (CAN, Modbus, , BacNet)

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10 Load and PV simulation Normal island mode Battery only island mode Load increase / drop Short-circuit Battery stress Software testing Input of any given profile to test specific site conditions Diesel parallel operations Diesel off operation and transition from/to diesel Normal and extreme case of up to 100% step response Test to ground and between phase for stability and safety Various charge-discharge cycles and over-charging Test of general and site specific software updates

11 CAN-Bus Modbus Aqueous-Hybrid- Ion 30 kw / 4 x 18 kwh Lithium-Ion 100 kw / 2 x 56 kwh PV Simulator 1 x 100 kw Load Simulator 1 x 100 kw Diesel Generator 1 x 150 kw Utility grid for simulators ~ ~ ~ ~ ~ ~ QINOUS Micro-Grid Management Micro-grid / off-grid AC distribution system Short-Circuit Simulator

12 Frequency (Hz) Voltage (V) Power (kw) Diesel + PV QINOUS storage + diesel + PV Diesel generator PV Load QINOUS energy storage Time (min:sec) Time (min:sec)

13 On-grid 3,729 kwh Off-grid Total 3,500 kwh 7,279 kwh 55 / 112 3,000 / 3,000 DC 125 / / 112 & 30 / 80 off-grid QINOUS test centre 30 / / / 280 back-up 200 / 224 off-grid Hospital 500 / 448 off-grid Hospital 1,000 / 500 DC off-grid Island community 60 / 165 off-grid Rural electrification 800 / 2,000 off-grid Remote community In operation Contracted Size: kw / kwh Major sales activities

14 PV system: 650kWp Qinous ESS: 500kW/448kWh Diesel generators Current diesel cost: Expected diesel cost: Expected payback: 1,000,000 USD/year 560,000 USD/year 3.9 years

15 For any questions and comments please contact us: Dr. George Hanna

16 Customer Size and technology Description Customer Size and technology Description QINOUS Demonstrator 100kW / 112kWh - Lithium-ion 30kW / 80kWh - Aqueous-hybrid-ion 100kW micro-grid test centre including two battery systems, PV / load simulator, and diesel generator Not disclosed (factory) 100kW / 112kWh - Lithium-ion Building integrated system for increased self-consumption and marketing. Customer Size and technology Description Not disclosed (utility) 100kW / 280kWh - Lithium-ion 40ft container integrated system for selfconsumption optimization and emergency back-up

17 Customer Size and technology Description Municipal utility Münster 55kW / 112kWh - Lithium-ion On-grid fast charging station for electric city bus Customer Size and technology Description Municipal utility Forst / NBB 30kW / 40kWh - Lithium-ion Building integrated system for increased self-consumption and marketing. Customer Size and technology Description Albert Schweitzer Hospital / Haiti 200kW / 224kWh - Lithium-ion 20ft container integrated off-grid dieselhybrid system with 230kWp PV

18 Customer Size and technology Description Tabarre Hospital / Haiti 500kW / 448kWh - Lithium-ion 20ft container integrated off-grid dieselhybrid system with 650kWp PV Customer Size and technology Description RWTH Aachen / EON Energy 3,000kW / 3,000kWh - Lithium-ion Building integrated DC battery system for battery technology and application research

19 Customer / location: Utility in the Caribbean Customer / location: Utility in Australia Power and capacity: 1,000 kw / 524 kwh Power and capacity: 800 kw / 1,982 kwh Technology: Application: Lithium-ion in fully enclosed 20ft container (DC system) Diesel-PV-Battery system Technology: Application: Lithium-ion in fully enclosed 40ft container Off-grid diesel-pv-battery system Customer / location: IPP in Tanzania Customer / location: Large Utility in Germany Power and capacity: 72 kw / 165 kwh Power and capacity: 125 kw / 125 kwh Technology: Lithium-ion in compact housing Technology: Lithium-ion in compact housing Application: Off-grid village electrification with solar power Application: On-grid test facility