Real-Time Energy Monitoring & Industrial Data
Most industrial sites generate far more energy data than anyone looks at. GFE's NeoLog layer — with Acrel meters and Seven Sensor loggers — captures real-time energy and process data in one place, inside the same system as SCADA and automation, not a separate app.
Real-Time Energy Monitoring
GFE's data acquisition layer, built on NeoTAQ NeoLog and paired with Acrel energy meters and Seven Sensor data loggers, captures real-time energy data across a site and makes it visible in one place — not scattered across meters nobody checks. This is the same data layer GFE uses for SCADA and automation.
What that actually gives you: energy accounting by equipment or process line; benchmarking against expected consumption so overdraws get flagged; automatic reports and alerts on a daily, weekly, or monthly cadence; and a live view of real power and electrical parameters — not a clipboard snapshot.
Textile
Machine-level load tracking across a production floor with dozens of pieces of equipment on different shifts.
Food, beverage & milling
Energy accounting by process line — flour, sugar, and bottling — so stage-level cost is visible, not buried in one utility bill.
Pharmaceutical
Compliance-grade logging that holds up to an audit, not a clipboard snapshot.
Healthcare facilities
Visibility into critical loads where an unnoticed problem is not just a cost issue.
Cold storage
Correlating temperature control with energy draw — the two move together, and a spike in one usually explains the other.
Education campuses
Campus-wide monitoring across multiple buildings from one acquisition layer.
More data than anyone actually looks at
Most industrial facilities generate far more data than anyone reads: meters, sensors, and equipment producing readings that sit unused because nothing is capturing, converting, or interpreting them.
GFE's data acquisition layer, built on NeoTAQ NeoLog, captures and interprets industrial data from any source: production equipment, environmental sensors, energy meters, process instrumentation. Where hardware speaks different protocols, it converts between them so disparate equipment can be read from one system.
This is not a solar-only tool. Solar plants are one application of NeoLog, not its limit. Real-time energy monitoring is how most C&I buyers find this page — and it is already built in.
One acquisition layer, three functions
Core acquisition platform
NeoTAQ NeoLog (GFE is sole distributor) is the data acquisition and logging layer. It captures readings from connected equipment and sensors regardless of source or industry, then feeds them into NeoSphere for analysis. This is the same NeoSphere platform behind GFE's hybrid-controller deployments. See the solar diesel controller page for those dispatch results.
Protocol conversion & electrical measurement
PUSR (distributor) supplies industrial 4G and Wi-Fi gateways and serial-to-Ethernet modules that carry remote data and convert between major industrial protocols. Acrel (distributor) adds energy meters and power quality analysers for electrical measurement across multiple points.
Meteorological & solar-resource measurement
Seven Sensor (reseller) industrial IoT data loggers, Kipp & Zonen (reseller) precision irradiance sensors and pyranometers, and EKO Instruments (reseller) solar and meteorological equipment feed NeoLog as measurement inputs, alongside any other connected data source.
What the layer covers
Capability statements only: no data-volume, accuracy, or deployment-count figures are claimed, because none are confirmed.
- NeoLog is built for any industrial data source (production equipment, environmental sensors, process instrumentation), not only solar plants.
- One sensor range spans PV-specific measurement (irradiance, module temperature) and non-PV industrial monitoring (process and environmental sensors).
- Protocol conversion covers major industrial standards, so equipment on different protocols can be read from a single system.
- Readings consolidate into NeoSphere, GFE's analysis layer, so disparate hardware is read and interpreted in one place.
Where it fits
Any site with data worth capturing, whether or not solar is involved. For grid-export limits specifically, see zero export control.
- Solar plants needing irradiance & performance data
- Industrial facilities capturing equipment or process data
- Sites with sensors or meters on incompatible protocols
Frequently Asked Questions
What's the difference between energy monitoring and SCADA?
Energy monitoring is the data layer — capturing and making sense of meter and sensor readings. SCADA adds control on top of that visibility. GFE builds both on the same underlying system, so a site isn't running two separate platforms for the two functions.
Does this work with equipment I already have on site?
Yes. The data acquisition layer is built to read from existing meters, sensors, and process equipment across different protocols — not just GFE-installed hardware.
How often do reports get generated?
Configurable — daily, weekly, or monthly depending on what the site actually needs, rather than a fixed schedule that doesn't match how the business runs.
Is this only for solar plants?
No. NeoLog captures data from any industrial source: production equipment, environmental sensors, process instrumentation. Solar is one application, not the only one. Real-time energy monitoring is a primary use case across textile, food & beverage, milling, pharma, cold storage, healthcare, and campuses.
What if my existing sensors and meters use different communication protocols?
PUSR gateways and serial-to-Ethernet modules handle protocol conversion across major industrial standards, so equipment on different protocols can be read from one system.
Your site assessment is free.
Your quote arrives in 48 hours.
Tell us your site location and monthly consumption — GFE's engineers will have a preliminary sizing and cost estimate to you within two business days.