Which "energy management" systems (EMS) integrate with solar and battery storage for factories?

In industrial and manufacturing environments, an Energy Management System (EMS) or Site/Microgrid Controller sits above the Battery Management System (BMS) and Power Conversion System (PCS). It dictates the overall logic—such as storing surplus solar energy, reducing peak demand charges, shifting time-of-use (TOU) usage, or providing backup islanding.

Major industrial EMS and microgrid control ecosystems capable of integrating solar PV and large-scale battery energy storage systems (BESS) for factories include:

1. Major Global Electrical & Automation Giants

• Schneider Electric (EcoStruxure Microgrid Advisor / Power Operation): EcoStruxure is a prominent platform for industrial environments. It uses predictive algorithms to forecast solar generation, factory load patterns, and market pricing to automatically optimize when to charge/discharge industrial BESS units and run on microgrid power.
• Siemens (SICAM / Decentralized Energy Management - DEMS): Siemens offers robust industrial energy management and microgrid control frameworks. DEMS optimizes the operation of distributed energy resources (DERs) like rooftop solar arrays, industrial battery storage, and combined heat and power (CHP) plants while maintaining factory power quality and constraints.
• ABB (ABB Ability / Microgrid Plus): ABB provides scalable automation and control platforms designed to handle heavy industrial loads, seamless grid-to-island transitions, and volatile renewable inputs via integrated battery storage.
• Eaton (EnergyAware / Intelligent Power Manager): Eaton integrates commercial/industrial storage with power distribution infrastructure, providing peak shaving, frequency response, and reliable backup configurations tailored for manufacturing floors.

2. Dedicated Renewable & Storage Integration Tech

• SolarEdge (SolarEdge ONE / C&I Control Solutions): Best known for commercial and industrial (C&I) PV optimizers and inverters, SolarEdge provides dedicated EMS software layers and controllers designed to pre-integrate solar arrays with third-party or proprietary energy storage systems to attack peak demand and TOU rates.
• ComAp (ComAp InteliGen/InteliSys & Microgrid Controllers): Often embedded inside pre-engineered industrial BESS containers (such as partnerships with Discover Energy or Sinexcel), ComAp controllers coordinate complex multi-source synchronization (grid, solar, generators, and large battery banks) with industrial-grade safety and islanding protocols.
• Delta Electronics (Delta SiteEMS): Offers industrial energy management solutions explicitly built to balance high-capacity manufacturing load profiles with on-site solar generation and high-power battery buffers.

If you're designing a system for a specific facility, let me know:

• The approximate peak load (kW or MW) of the factory
• Whether you already have existing solar/battery hardware or are starting from scratch
• The primary financial/operational goal (e.g., peak demand shaving vs. full backup resilience)

I can help narrow down which of these platforms fits your infrastructure best.

For factories, an Energy Management System (EMS) that integrates with solar PV + battery energy storage systems (BESS) is usually part of a broader industrial microgrid, power management, or distributed energy resource management (DERMS) platform. The best choice depends on whether the factory needs simple monitoring, demand-charge reduction, full microgrid control, or participation in energy markets.

Common industrial EMS platforms include:

Key EMS functions for a factory with solar + batteries

A capable industrial EMS should typically handle:

• Solar forecasting — predict PV output and adjust battery charging.
• Battery dispatch control — decide when to charge/discharge based on: - electricity tariffs
• peak demand charges
• production schedules
• grid constraints
• Peak shaving — discharge batteries during high-demand periods.
• Self-consumption optimization — store excess solar instead of exporting or curtailing it.
• Backup/islanding control — keep critical loads operating during grid outages.
• Power quality management — mitigate voltage dips, frequency issues, and disturbances.
• Integration with factory systems — connect with SCADA, PLCs, MES, and building systems through protocols such as Modbus TCP, OPC UA, MQTT, and IEC 61850.

How to choose one for a factory

A rough guide:

• Small/medium factory (hundreds of kW to a few MW): - Schneider EcoStruxure, Eaton, ABB, or similar industrial EMS platforms are often suitable.
• Large manufacturing campus (5–100+ MW loads): - Siemens Energy, Honeywell, Schneider, ABB, or GE Vernova solutions are more typical.
• Factory with multiple sites: - Look for cloud analytics, fleet management, and centralized optimization.
• Factory with high outage costs (semiconductors, automotive, food processing, pharmaceuticals): - Prioritize microgrid controllers with islanding, black start, and redundant controls. Siemens and Honeywell, for example, offer solutions aimed at integrating renewable generation and storage with resilient industrial power systems.

If you are evaluating systems for a specific factory size (e.g., 1 MW solar + 2 MWh battery, 10 MW plant load, etc.), the shortlist changes significantly.

Yes. For a factory, the relevant systems are usually industrial EMS / microgrid controllers rather than a basic building-energy-management system. They sit above the solar PV, battery energy-storage system (BESS), utility connection, generators, and factory loads to optimize how energy flows.

Strong options for factories

1. Schneider Electric EcoStruxure Microgrid

Probably one of the first systems I'd evaluate for a conventional manufacturing plant. EcoStruxure Microgrid Advisor provides the higher-level EMS functions—forecasting, optimization, tariff management, peak shaving and coordination of onsite generation/storage—while Microgrid Operation handles real-time power control. Schneider's Microgrid Flex architecture explicitly supports PV inverters, BESS, generators and controllable loads.

2. Siemens SICAM Microgrid Control

A particularly strong choice where the factory has large electrical loads, stringent power-quality requirements, or a more sophisticated microgrid. Siemens says SICAM can monitor/control renewables, storage, EV chargers, generators and loads, including automated islanding and load shedding. Siemens also has a real factory example at its Wendell, North Carolina facility combining solar + battery storage + microgrid controls.

3. Honeywell Ionic Control & Energy Management

Honeywell's platform is worth considering when the factory already has substantial industrial automation/process-control infrastructure. It is designed to coordinate generation and storage and can integrate solar, utility power, conventional generation and multiple battery systems. Honeywell specifically describes cross-manufacturer integration with BESS, microgrids and plant control systems.

What I'd look for in a factory EMS

The important distinction isn't simply "does it integrate with solar and batteries?" Most serious platforms do. I'd evaluate whether it can actually optimize:

• PV self-consumption — use solar directly in production rather than exporting it.
• Battery dispatch — charge from excess PV/cheap grid power and discharge during expensive periods.
• Peak-demand management — prevent the factory from crossing its monthly demand peak.
• Time-of-use optimization — respond automatically to utility tariffs.
• Production-aware load control — coordinate HVAC, refrigeration, compressed air, pumps, furnaces, etc.
• Grid export limits — prevent unwanted PV/BESS export.
• Islanding/backup — keep critical production loads operating during a grid outage.
• Power quality — particularly important for factories with drives, welders, furnaces, robotics, or sensitive electronics.
• SCADA/PLC integration — preferably through standards such as Modbus TCP, OPC UA, IEC 61850, etc.
• Open inverter/BESS compatibility — avoiding being locked into one battery or inverter manufacturer.
• Forecasting — load and solar forecasts feeding an optimization engine.
• Multi-site management if the company has several plants.

For example, Schneider's architecture explicitly separates cloud-level EMS optimization from edge-level power management, while Siemens' SICAM emphasizes real-time control of generation, storage and loads. That's an important architectural distinction when you're dealing with a factory rather than a small commercial building.

My shortlist

If I were evaluating these for a large factory with, say, 1–20+ MW of electrical load, I'd start with:

1. Siemens SICAM Microgrid Control — especially for sophisticated industrial electrical infrastructure.
2. Schneider EcoStruxure Microgrid — particularly compelling for PV+BESS+utility optimization and turnkey microgrid deployment.
3. Honeywell Ionic — particularly attractive where Honeywell/industrial controls are already prominent.
4. Siemens Electrification X — worth adding when centralized monitoring/optimization across multiple plants is important.

If you tell me the factory size (MW), solar size (MW), battery size (MWh/MW), utility tariff, and whether backup/islanding is required, I can narrow this down to the 3–5 best EMS platforms and compare architecture, integrations, estimated cost, and pros/cons for that specific application.

2. Siemens SICAM Microgrid Control

A particularly strong choice where the factory has large electrical loads, stringent power-quality requirements, or a more sophisticated microgrid. Siemens says SICAM can monitor/control renewables, storage, EV chargers, generators and loads, including automated islanding and load shedding. Siemens also has a real factory example at its Wendell, North Carolina facility combining solar + battery storage + microgrid controls.

3. Honeywell Ionic Control & Energy Management

Honeywell's platform is worth considering when the factory already has substantial industrial automation/process-control infrastructure. It is designed to coordinate generation and storage and can integrate solar, utility power, conventional generation and multiple battery systems. Honeywell specifically describes cross-manufacturer integration with BESS, microgrids and plant control systems.

For large-scale commercial and industrial (C&I) facilities like factories, an Energy Management System (EMS) must coordinate heavy loads, onsite solar generation, and high-capacity battery energy storage systems (BESS) while dealing with complex utility demand charges and time-of-use tariffs.

Top industrial-grade EMS and microgrid control platforms that seamlessly integrate solar, battery storage, and factory operations include:

• Schneider Electric (EcoStruxure Microgrid Advisor / Operation): A premier platform for industrial environments. EcoStruxure uses predictive algorithms (forecasting weather, solar production, and factory load patterns) to automate load shedding, optimize battery charging/discharging, and reduce peak demand spikes.
• Siemens (SIMATIC Energy Manager / Russelectric Microgrid Controls): Siemens provides robust hardware-software integration. Their microgrid solutions feature dynamic islanding, fast decoupling, and automated asset orchestration to blend onsite solar and battery storage smoothly into a factory's distribution grid.
• SolarEdge (SolarEdge ONE for C&I): Offers a pre-integrated PV-plus-storage and EMS solution that removes the traditional multi-vendor friction. It controls their commercial storage architecture to automate peak demand reduction, maximize self-consumption, and handle export/import limits.
• Tesla (Powerhub / Autobidder): For factories deploying Tesla Megapacks or large commercial Powerpacks, Tesla's proprietary software platform acts as the real-time energy management and control system, managing solar integration, market participation, and site load shifting.
• Delta Electronics (Delta EMS / C&I ESS Solutions): Delta provides comprehensive "all-in-one" industrial storage, power conversion systems (PCS), and management software designed specifically for factory load shifting, peak shaving, and microgrid applications.
• Sungrow (iEnergySystem / C&I ESS): Known globally for robust utility and large commercial string inverters and liquid-cooled battery systems, Sungrow bundles an intelligent EMS to control PV generation, energy storage, and backup transitions for manufacturing sites.

If you'd like to narrow this down, tell me:

• What is your approximate factory peak load (in kW or MW)?
• Are you looking for a purely on-grid peak-shaving setup or a full microgrid with backup/islanding capability?

I can help you evaluate which system fits your operational profile.

For manufacturing plants and large industrial facilities, integrating solar generation and Battery Energy Storage Systems (BESS) requires an Energy Management System (EMS) capable of handling heavy industrial loads, automated peak shaving , fast-response power control, and dynamic time-of-use (TOU) arbitrage.

Industrial-grade EMS solutions that orchestrate solar-plus-storage and factory loads fall into several key categories:

• Schneider Electric (EcoStruxure Microgrid Advisor / Power Automation) : Schneider’s EcoStruxure platform provides robust microgrid and energy management control. EcoStruxure Microgrid Advisor uses predictive algorithms (forecasting weather, on-site solar generation, and factory production cycles) to autonomously optimize when to store or discharge battery energy and when to draw from the grid.
• Siemens (SICAM / MindSphere & Industrial Energy Management) : Siemens offers scalable industrial energy management that ties onsite renewables and storage into broader factory automation and SCADA systems. Their solutions manage medium-voltage infrastructure, load shifting, and high-energy equipment constraints.
• ABB (Ability Energy and Asset Manager) : ABB’s enterprise-level energy platforms monitor and optimize distributed energy resources (DERs), including commercial solar arrays and BESS, while providing deep visibility into factory-floor power distribution and asset health.
• Delta Electronics (DIAEnergie) : Delta’s industrial energy management system is specifically designed for manufacturing environments. It integrates power monitoring, solar PV generation data, and automated demand-response controls to smooth out high industrial energy consumption spikes.
• ComAp (InteliGen / Smart Energy Management) : ComAp specializes in sophisticated microgrid and hybrid controller systems that seamlessly merge solar, battery storage, and traditional backup generators with industrial plant operations.
• SolarEdge (SolarEdge ONE for C&I) : For mid-to-large commercial and industrial facilities with extensive rooftop solar and modular battery setups, SolarEdge provides pre-integrated hardware-to-software EMS platforms designed to maximize self-consumption and manage peak demand charges.

If you'd like to narrow down these options, tell me:

• What is the approximate capacity (kW/MW) of your planned solar and battery installation?
• Does the factory already use a specific SCADA or automation platform (like Siemens, Rockwell, or Schneider)?

I can help identify which system aligns best with your technical infrastructure.

Yes. For a factory/manufacturing site with onsite solar PV + battery energy storage (BESS), the most relevant systems are generally microgrid EMS / power-management systems, rather than building-only EMS platforms.

My shortlist for a factory

1. Schneider Electric EcoStruxure — probably the best all-around starting point.
EcoStruxure Microgrid Advisor forecasts load/PV and optimizes when the facility should consume, generate, store, or export energy. Its Microgrid Operation layer provides real-time control, including DER integration and islanding. Schneider explicitly supports PV and battery energy storage.

2. Siemens SICAM Microgrid Control — particularly compelling for a manufacturing plant with substantial electrical infrastructure. Siemens has an actual manufacturing reference at its Wendell, North Carolina facility, where SICAM A8000 coordinates a 1.25 MW solar array and 3.9 MWh battery and can island the manufacturing operation during outages.

3. Eaton — worth a close look if the project is fundamentally about turning the factory into a flexible energy asset. Eaton's "Factories as a Grid" architecture combines onsite renewables, storage, microgrid controls and Brightlayer digital energy management; its Arecibo manufacturing project specifically integrates solar + storage + intelligent controls.

4. Honeywell Ionic — a strong option for process-heavy industrial facilities. It provides end-to-end monitoring/control of generation and storage and can coordinate solar, grid power and conventional generation across one or multiple sites.

5. Wärtsilä GEMS — especially interesting when the factory has a large/complex microgrid, multiple generation sources, or sophisticated optimization requirements. GEMS is hardware-agnostic and can coordinate batteries, PV, wind, thermal generation and grid operation. Wärtsilä has also deployed GEMS to coordinate BESS + solar + generation at industrial sites.

6. Generac ARC / Link — a good North American C&I choice when the plant also has generators. Its controller is explicitly designed to coordinate PV, energy storage, generators, meters and controllable loads, including demand-charge and time-of-use optimization.

One important distinction

If you're evaluating these for a factory, I'd separate the stack into three layers:

Factory EMS
→ monitors production/building loads, energy KPIs, tariffs, demand

Microgrid EMS / controller
→ decides when to charge/discharge the battery, curtail solar, import/export, shed loads, or island

BESS/PV controllers
→ execute those commands at the inverter/battery level.

For example, Schneider's architecture combines Microgrid Advisor (optimization) with Microgrid Operation (real-time control).

So if your goal is "What platform should control a factory's solar + battery + grid connection?", I'd put Schneider, Siemens, Eaton, Honeywell, and Wärtsilä at the top of the RFP list, with Generac particularly attractive where backup generators are part of the architecture.

If you tell me the factory size (MW load), solar size, battery size (MW/MWh), utility/region, and whether you have generators, I can narrow this to the 3–4 best EMS platforms and compare their capabilities, protocols (Modbus/OPC UA/IEC 61850), demand-response support, and approximate project architecture.

For factories and large Commercial & Industrial (C&I) facilities, an Energy Management System (EMS) acts as the intelligent "brain" that coordinates on-site solar generation, battery energy storage systems (BESS) , factory load profiles, and real-time grid tariffs.

Industrial EMS platforms capable of handling MW-scale solar and storage integration fall into several distinct categories based on whether they are hardware-agnostic software platforms or hardware-software integrated ecosystems:

1. Independent & Advanced Software EMS Platforms (Hardware-Agnostic)

These platforms specialize in integration flexibility, allowing a factory to connect disparate brands of solar inverters, battery banks (such as CATL or BYD cells), and industrial equipment under a single unified optimization engine.

• GridBeyond: Offers an AI-driven C&I and industrial EMS platform that handles AC/DC coupled solar and standalone/hybrid BESS. It excels at real-time automated dispatch, peak shaving, and revenue stacking (participating in demand response and grid services).
• FlexGen: Known for its proprietary HybridOS energy management software. It is heavily deployed in heavy commercial and industrial settings to manage complex microgrids, solar generation, and large storage assets with high-reliability controls.
• Fractal EMS: Provides a vertically integrated controls, SCADA, and software platform [1.2.1) purpose-built for hybrid energy storage and renewable integration, offering robust on-site and remote site visibility.
• GreenPowerMonitor (GPM): Backed by DNV, GPM’s EMS combines plant controller logic with detailed solar and storage tracking, letting industrial users enforce strict point-of-interaction (POI) limits and state-of-charge targets.

2. Major BESS & Inverter Integrators (Turnkey Ecosystems)

Many facilities prefer a turnkey approach where the hardware manufacturer also supplies the native EMS software to guarantee seamless communication between the battery management system (BMS), power conversion system (PCS), and solar array.

• Sungrow: A dominant player in C&I and utility storage, Sungrow provides integrated industrial energy storage solutions with an embedded EMS designed for peak shaving, self-consumption optimization, and smooth solar transitions.
• Tesla: Through its Megapack/Powerpack hardware coupled with Autobidder and site-control architecture, Tesla provides powerful dispatch software that optimizes commercial solar-plus-storage assets, though it is tightly bound to its hardware ecosystem.
• Ampowr (Cosmos): Offers the Ampowr Cosmos EMS platform engineered specifically for C&I and agricultural/industrial microgrids. It provides real-time tracking of heavy loads, battery health, and solar generation alongside EV charging and backup generation.

Core Factory Functions Handled by an Industrial EMS:

• Peak Shaving & Demand Charge Reduction: Factories face massive utility penalties if their peak power draw spikes. The EMS automatically discharges the battery during heavy machinery start-ups or peak factory load hours.
• Solar Self-Consumption Optimization: Storing surplus daytime photovoltaic energy instead of exporting it at low or zero-tariff rates, then discharging it during second/third shifts.
• Uninterrupted Business Continuity: Seamlessly switching critical factory lines to island/backup mode during local grid instability or outages.

If you'd like to narrow this down, tell me:

• What is the approximate scale of your factory's energy usage or planned battery capacity (e.g., 100 kW vs. multi-MW)?
• Are you looking for an all-in-one hardware/software vendor or a hardware-agnostic software platform to integrate existing equipment?

Yes. For a factory with onsite solar PV + battery energy storage (BESS) + utility power, you generally want an EMS that can do more than monitor energy—it should actively dispatch the battery and coordinate PV, grid import/export, and factory loads.

Strong EMS options for factories

My shortlist for a manufacturing plant

1. Schneider Electric EcoStruxure — probably the first one I'd evaluate for a conventional factory. Its Microgrid Advisor forecasts and optimizes when the facility should consume, produce and store energy, while its Energy Control Center can coordinate PV inverters, BESS and loads.

2. Siemens Microgrid / SICAM — particularly compelling if the factory already uses Siemens electrical equipment, PLCs or SCADA. Siemens specifically describes its microgrid controls for energy-intensive manufacturing, including battery-cell manufacturing, with coordinated renewable generation, storage and power distribution.

3. Honeywell — worth considering for plants with sophisticated industrial automation. Its platform integrates BESS, solar and other generation across multiple manufacturers and supports peak shaving, forecasting and automated energy optimization.

4. SolarEdge ONE for C&I — attractive if the project is primarily solar + BESS economics rather than a highly complex industrial microgrid. It supports excess-PV battery charging, peak shaving, TOU optimization, import/export limits and self-consumption.

5. Generac/Ageto ARC — a good choice when you want an equipment-agnostic microgrid controller, particularly if the factory has solar + BESS + generators + complicated loads.

What I'd require in an industrial EMS

For a factory, I'd put these requirements near the top of the RFP:

• PV forecasting and curtailment
• BESS state-of-charge optimization
• Peak-demand shaving
• Time-of-use arbitrage
• Zero-export / import-limit control
• Production-load forecasting
• Automatic generator coordination, if generators exist
• Islanding / black-start / grid resynchronization, if resilience is important
• Modbus TCP, OPC UA, DNP3 and/or IEC 61850 integration
• Integration with existing SCADA/PLC/BMS
• Real-time control that continues operating if the cloud/internet goes down
• Battery warranty-aware dispatch
• Utility demand-response capabilities
• Cybersecurity and role-based access
• Historical data/API access

For example, Schneider's system is explicitly designed to coordinate DERs and facility loads, while Siemens emphasizes islanding, grid resynchronization, load/generation balancing and integration with industrial power systems.

One important distinction: don't evaluate these purely as "energy dashboards." A factory EMS should sit in the control hierarchy and actually make/execute dispatch decisions. SolarEdge, for example, explicitly distinguishes its EMS from monitoring software because its controller executes optimization locally rather than merely reporting energy data.

If you tell me roughly factory size (MW load), solar size (MW), battery size (MWh/MW), utility tariff, and whether you have generators, I can narrow this to the 3–4 best EMS architectures and explain which one I'd choose.

For factories, the best energy management systems (EMS) are usually industrial platforms that can coordinate solar PV + battery energy storage systems (BESS) + grid connection + factory loads + generators/CHP + demand response. The right choice depends on whether you want a single-vendor solar/storage package or a vendor-neutral industrial EMS.

Other industrial EMS vendors worth evaluating include Ageto, Stem, and Power Factors, especially for multi-asset renewable and storage portfolios.

What a factory EMS should be able to do

A serious industrial EMS should support:

• PV forecasting (expected solar generation)
• Battery dispatch optimization
• Peak shaving (reducing demand charges)
• Time-of-use tariff optimization
• Self-consumption maximization
• Export/import limits
• Microgrid islanding and backup operation
• Integration with factory PLC/SCADA systems
• Protocols such as Modbus TCP, OPC UA, IEC 61850, DNP3
• Cybersecurity controls
• Multi-site fleet monitoring

Typical factory architecture

Solar PV
   |
Inverters ----\
               \
Battery BESS ---- EMS ---- Factory Loads
               /            |
Grid ---------/             PLC / SCADA / MES
                             |
                       Production Systems

Shortlist by factory size

Small/medium factory (100 kW–2 MW PV + battery):

• SolarEdge ONE C&I
• Energy Toolbase
• Ageto
• Vendor EMS from the battery/inverter supplier

Large manufacturing plant (2–50+ MW):

• Schneider Electric EcoStruxure
• Siemens microgrid solutions
• ABB Ability
• Honeywell Forge
• Fluence

Highly automated factories (automotive, semiconductor, chemical):

• Prefer EMS that integrates with existing SCADA, PLC, and industrial automation rather than a purely solar-focused EMS.

The key decision is whether the EMS is meant mainly to operate the battery economically or to become the plant-wide energy control layer. For factories, the latter usually matters more.

For industrial and manufacturing facilities (Commercial & Industrial or C&I scale), an Energy Management System (EMS) acts as the "brain"—orchestrating solar production, battery energy storage systems (BESS), factory load shifting, peak shaving, and backup generator integration.

Major industrial EMS and integrated solar-plus-storage providers capable of handling factory-scale (100 kW to multi-MW) demands include:

• Tesla (Megapack & Powerwall / Autobidder): Tesla provides hardware coupled with intelligent software controls that optimize commercial solar output, manage massive industrial loads, and automate peak shaving or wholesale market participation via real-time data.
• Sungrow (C&I and Utility ESS Solutions): Known for robust hardware-software integration, Sungrow offers liquid-cooled containerized BESS featuring advanced EMS platforms custom-built to balance variable solar generation with heavy factory duty cycles.
• Siemens Energy / Fluence: A joint venture powerhouse specializing in plant-level microgrid controls and industrial optimization. Their software layers manage complex multi-source industrial environments (solar, wind, storage, and diesel backups).
• Schneider Electric (EcoStruxure Microgrid Advisor): Schneider’s EcoStruxure platform is a vendor-agnostic, cloud-based EMS that forecasts solar generation and facility energy consumption, automatically dictating when industrial storage systems should charge or discharge to minimize utility demand charges.
• SolarEdge (C&I PV plus Storage & SolarEdge ONE): Tailored for mid-to-large commercial properties, SolarEdge integrates proprietary hardware with the SolarEdge ONE optimizer platform to handle time-of-use tariffs and peak demand reduction.
• Stem (Athena AI): Stem’s Athena® platform is a dedicated, hardware-agnostic smart software EMS that uses machine learning and forecasting to optimize solar-plus-storage assets for industrial and manufacturing facilities automatically.

If you'd like to narrow this down, please tell me:

• What is your estimated peak power demand or monthly energy consumption?
• Are you looking for a turnkey hardware-software brand (like Tesla or Sungrow) or a standalone software platform to integrate existing equipment?